CN103824573A - Disc cartridge and changer - Google Patents

Disc cartridge and changer Download PDF

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Publication number
CN103824573A
CN103824573A CN 201310560251 CN201310560251A CN103824573A CN 103824573 A CN103824573 A CN 103824573A CN 201310560251 CN201310560251 CN 201310560251 CN 201310560251 A CN201310560251 A CN 201310560251A CN 103824573 A CN103824573 A CN 103824573A
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CN
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Patent type
Prior art keywords
information
recording medium
optical
unique
optical information
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CN 201310560251
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Chinese (zh)
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CN103824573B (en )
Inventor
千叶良久
田中寿郎
番匠修巳
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索尼公司
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    • GPHYSICS
    • G11INFORMATION STORAGE
    • G11BINFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
    • G11B23/00Record carriers not specific to the method of recording or reproducing; Accessories, e.g. containers, specially adapted for co-operation with the recording or reproducing apparatus Intermediate mediums; Apparatus or processes specially adapted for their manufacture
    • G11B23/02Containers; Storing means both adapted to cooperate with the recording or reproducing means
    • G11B23/03Containers for flat record carriers
    • G11B23/0301Details
    • G11B23/0302Auxiliary features
    • G11B23/0305Semiconductor memories
    • GPHYSICS
    • G11INFORMATION STORAGE
    • G11BINFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
    • G11B23/00Record carriers not specific to the method of recording or reproducing; Accessories, e.g. containers, specially adapted for co-operation with the recording or reproducing apparatus Intermediate mediums; Apparatus or processes specially adapted for their manufacture
    • G11B23/02Containers; Storing means both adapted to cooperate with the recording or reproducing means
    • G11B23/03Containers for flat record carriers
    • G11B23/032Containers for flat record carriers for rigid discs
    • G11B23/0323Containers for flat record carriers for rigid discs for disc-packs
    • GPHYSICS
    • G11INFORMATION STORAGE
    • G11BINFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
    • G11B23/00Record carriers not specific to the method of recording or reproducing; Accessories, e.g. containers, specially adapted for co-operation with the recording or reproducing apparatus Intermediate mediums; Apparatus or processes specially adapted for their manufacture
    • G11B23/28Indicating or preventing prior or unauthorised use, e.g. cassettes with sealing or locking means, write-protect devices for discs
    • G11B23/283Security features, e.g. digital codes

Abstract

The present invention relates to a disc cartridge and a changer, in particular to a cartridge including a plurality of optical information recording media having unique information recorded thereon, an accommodation body configured to accommodate the plurality of optical information recording media, and an identification device configured to store the unique information of the plurality of optical information recording media and supply the unique information to a changer in a non-contact manner, the identification device being provided in the accommodation body.

Description

盘盒与转换器 Cartridge converter

[0001] 交叉引用相关申请 [0001] CROSS REFERENCE TO RELATED APPLICATIONS

[0002] 本申请要求于2012年11月19日提交的日本在先专利申请JP2012-253470的权 Japanese Priority Patent [0002] This application claims the November 19, 2012 filed the right JP2012-253470

益,将该案之全文结合于此以供参考。 Yi, the text of the case are incorporated herein by reference.

技术领域 FIELD

[0003] 本公开涉及一种盘盒与一种转换器。 [0003] The present disclosure relates to a disc cartridge with one transducer. 更具体而言,本公开涉及一种容纳多个光学信息记录介质的盘盒以及一种转换器。 More particularly, the present disclosure relates to an optical information recording medium, a plurality of receiving a disk cartridge and to a converter.

背景技术 Background technique

[0004] 为保护信息而进行备份,以应付信息(例如,存储在计算机内的视频)丢失。 [0004] The backup for the protection of information, to cope with information (e.g., video stored within the computer) is lost. 磁带广泛地被用作用于进行备份的介质。 Widely used as a tape backup media. 例如,LTO (开放式线性磁带)的第五生成标准LT0-5的磁带驱动器连接至用于备份目标的服务器,并且该备份目标的信息被存储在磁带内。 For example, the LTO (Linear Tape Open) tape drive fifth generation standard LT0-5 connected to the server for backup target, and the target of the backup information is stored on the tape.

[0005] 该备份目标通常为重要信息。 [0005] The backup destination is usually important information. 该备份目标通常需要存储很长时间。 The backup target typically need to be stored for a long time. 因此,作为用于进行备份的磁带而示例的介质需要具有正常性与持久性。 Thus, as the medium for the backup of magnetic tape is required to have an example of a normal resistance and durability. 此外,需要在要备份的信息内保持机密性、完整性以及可用性。 In addition, the need to maintain confidentiality, integrity and availability in the information to be backed up. 而且,尤其需要完整性,即,未损坏、篡改或擦除该信息以保护用于进行备份的介质的安全性的状态。 Further, in particular, it needs the integrity, i.e., is not damaged, tampered with or erase the information to protect the security status for the backup medium.

[0006] 在日本专利号4042961中公开了能够简单地验证所记录的数据的真实性的一种记录介质盒子以及一种用于其的记录与再现设备。 [0006] In Japanese Patent No. 4042961 discloses a can easily verify the authenticity of a recording medium cartridge data recorded thereto, and an apparatus for recording and reproducing. 在日本专利号4042961中,在码难以重写的状态下,在磁带盒的盒式存储器内记录在磁带中记录的数据的CRC (循环冗余检验)码。 In Japanese Patent No. 4042961, it is difficult to rewrite the code in the state of data recorded in the recording tape cartridge within the tape cassette CRC (Cyclic Redundancy Check) code. 而且在再现时,记录与再现设备比较磁带的CRC码与盒式存储器的CRC码,并且根据比较结果验证数据的真实性。 And at the time of reproduction, the magnetic tape recording and reproducing apparatus comparing the cartridge CRC code CRC code, and the authenticity of the data verification based on the comparison.

发明内容 SUMMARY

[0007] 在日本专利号4042961中,磁带被用作用于进行备份的介质。 [0007] In Japanese Patent No. 4042961, the tape is used as a backup medium. 由于磁带以从开始就按照顺序读取或编写信息的序列存取方案为基础,所以磁带具有的特征在于,占用时间只读取必要的部分。 Since the magnetic tape from the beginning to read or write sequence according to the access order of the information based on the program, so that the tape has the feature that the elapsed time reading only the necessary portion. 此外,由于磁带基于通过在磁带与磁头之间进行接触而进行读取与编写的方案,所以在记录与再现信息时以及在将磁带连接到记录与再现设备中或从记录与再现设备中拆卸磁带时,磁带可能受损。 Further, since the tape is performed based on the program reads the written contact between the magnetic head and the magnetic tape by the recording and so on and reproducing information from a tape or detached in the recording and reproducing apparatus to attach the tape recording and reproducing apparatus when the tape may be damaged. 而且,随着信息记录或再现的次数或者将磁带连接到记录与再现设备中或从记录与再现设备中拆卸磁带的次数增加,磁带的寿命缩短。 Also, as the number of recording or reproducing information, or connect to the tape recording and reproducing apparatus to increase the number or detached from the magnetic tape recording and reproducing apparatus, shortening the life of the tape.

[0008] 另一方面,光学信息记录介质的容量逐渐增大。 [0008] On the other hand, the capacity of the optical information recording medium is gradually increased. 而且,已知容纳多个大容量的光学信息记录介质的盘盒。 Further, it is known disc cartridge accommodating a plurality of large-capacity optical information recording medium. 该盘盒可能是磁带的替代介质。 The cartridge may be an alternative medium cassette. 能够随机存取用于盘盒的光学信息记录介质。 It can be a random access for a disc cartridge an optical information recording medium. 此外,由于光学信息记录介质基于在介质与磁头之间未进行接触也可进行读取或写入的方案,所以减小了损坏介质的可能性。 Further, since the optical information recording medium based scheme is not contact between the medium and the magnetic head can also be read or written, it reduces the likelihood of damage to the media. 因此,盘盒可解决上述磁带的问题。 Thus, the disc cartridge can solve the problem of this magnetic tape. 此外,在光学信息记录介质中,由于省略了读取或写入重叠的信息,所以可期望实现减少信息与时间的效果。 Further, in the optical information recording medium, information is read or written since overlapping is omitted, it is possible to achieve the desired effect of reducing the time information.

[0009] 然而,容纳光学信息记录介质的盘盒最初具有难以进行简单分离但可进行分离本身的结构。 [0009] However, the disk cartridge accommodating an optical information recording medium having a first separation is difficult but may be a simple structure of the separation itself. 而且,若分离的盒子或光学信息记录介质的组合的状态随着制造时间而不同,则光盘可能不合适。 Further, a state, or a combination of the optical information recording medium cartridge when separation of the different manufacturing time with, the optical disk may not be appropriate.

[0010] 因此,期望提供一种盒子以及一种转换器,能够确认光学信息记录介质与容纳光学信息记录介质的盒子的正常性。 [0010] Accordingly, it is desirable to provide a cartridge and a converter can be confirmed that the optical information recording medium and receiving the normal optical information recording medium of the box.

[0011] 根据本公开的一种实施方式,提供了一种盒子,包括:多个光学信息记录介质,其上记录有唯一信息;容纳体,被配置为容纳所述多个光学信息记录介质;以及识别装置,被配置为存储所述多个光学信息记录介质的所述唯一信息并且以非接触的方式将所述唯一信息提供给转换器,在所述容纳体内设置所述识别装置。 [0011] According to one embodiment of the present disclosure, there is provided a cartridge, comprising: a plurality of optical information recording medium on which is recorded unique information; receiving member configured to receive the plurality of optical information recording media; and an identification device configured to store the plurality of the optical information recording medium unique information in a non-contact manner, and the unique information to the converter, the receiving body is provided in the identification device.

[0012] 根据本公开的一种实施方式,提供了一种转换器,包括:盒子容纳单元,被配置为容纳盒子,所述盒子包括:多个光学信息记录介质,其上记录有唯一信息;容纳体,其容纳所述多个光学信息记录介质;以及识别装置,其存储所述多个光学信息记录介质的所述唯一信息并且以非接触的方式将所述唯一信息提供给所述转换器,在所述容纳体内设置所述识别装置;光学单元,被配置为对所述光学信息记录介质进行记录或再现;读取单元,被配置为以非接触的方式读取所述盒子的所述识别装置的信息;以及控制单元,被配置为比较从所述光学信息记录介质中读取的所述唯一信息与从所述识别装置中读取的所述唯一信肩、O [0012] According to one embodiment of the present disclosure, there is provided a transducer, comprising: a cassette receiving unit configured to receive a cassette, said cassette comprising: a plurality of optical information recording medium unique information recorded thereon; receiving body that houses the plurality of optical information recording medium; identifying means for storing the unique information of the plurality of optical information recording medium in a non-contact manner, and the unique information to the converter , the receiving body is provided in the identification device; the optical unit, configured to the optical information recording medium for recording or reproducing; a reading unit configured to read the cartridge in a non-contact manner the information recognition means; and a control unit, configured to compare the unique information read from the optical information recording medium with the identification read from the channel means only the shoulder, O

[0013] 根据本公开,通过比较光学信息记录介质的唯一信息与识别装置的唯一信息,可以确认光学信息记录介质与识别装置的组合的真实性。 [0013] According to the present disclosure, the information and the unique information uniquely identifying the device by comparing the optical information recording medium, it can confirm the authenticity of the optical information recording medium in combination with the identification device. 因此,可以由用户检测光学信息记录介质的替换(或容纳主体的交换)。 Thus, the replacement of the optical information recording medium can be detected by a user (or exchange of receiving body). 因此,在本公开中,可以提供一种盒子以及一种转换器,在该转换器中可确认光学信息记录介质的正常性,以及多个光学信息记录介质容纳在该盒子内。 Accordingly, in the present disclosure can provide a cartridge and a converter in the converter can be confirmed that the normality of the optical information recording medium, and a plurality of optical information recording media accommodated in the cassette.

附图说明 BRIEF DESCRIPTION

[0014] 图1为示出根据本公开的一种实施方式的盘盒的一个实例的透视图; [0014] FIG. 1 is a perspective view showing one example of the disc cartridge according to an embodiment of the present disclosure;

[0015] 图2为示出根据本公开的一种实施方式的分离盘盒的状态的一个实例的透视图; [0015] FIG. 2 is a perspective view showing one example of the state of the separation disc cartridge of the present disclosure of one embodiment;

[0016] 图3为示出根据本公开的一种实施方式的在从不同的方向观看时分离盘盒的状态的一个实例的透视图; [0016] FIG. 3 is a perspective view showing one example according to the directions as viewed from a different state of separation of the disk cartridge of the present disclosure of one embodiment;

[0017] 图4为示出根据本公开的一种实施方式的盘盒和记录与再现设备的一个实例的透视图; [0017] 4 is a perspective view of the disk cartridge and recording an embodiment of the present disclosure and one example of the reproducing apparatus shown in FIG;

[0018] 图5为示出根据本公开的一种实施方式的记录与再现设备的内部配置的一个实例的框图; [0018] FIG. 5 is a block diagram showing an example of the internal recording and reproducing apparatus according to an embodiment of the present disclosure is disposed;

[0019] 图6为示出根据本公开的一种实施方式的生成盘盒的RFID锁定与解锁编号的方法的一个实例的示意图; [0019] FIG. 6 is a diagram showing an example of a disk cartridge according to the generated RFID according to an embodiment of the disclosed embodiment of the method of locking and unlocking of the number;

[0020] 图7为示出根据本公开的一种实施方式的生成盘盒的认证码的方法的一个实例的不意图; [0020] FIG. 7 is a diagram illustrating an example not intended to generate authentication codes in accordance with the disk cartridge of the present disclosure of one embodiment;

[0021] 图8为示出根据本公开的一种实施方式的记录与再现设备的记录与再现单元的配置的一个实例的框图; [0021] FIG. 8 is a block diagram showing an example of a configuration of an embodiment of the recording and reproducing apparatus of the present disclosure and reproducing unit;

[0022] 图9为示出根据本公开的一种实施方式的连接至盘盒的识别装置的配置的一个实例的不意图;[0023] 图10为示出根据本公开的一种实施方式的识别装置的电路的配置实例的框图; [0022] FIG. 9 is a diagram illustrating an example of a configuration is not intended to identify devices connected to the disk cartridge according to an embodiment of the present disclosure; [0023] FIG. 10 is a diagram illustrating an embodiment according to the present embodiment of the disclosure a block diagram of a circuit configuration example of the identification apparatus;

[0024] 图11为示出根据本公开的一种实施方式的在盘盒的识别装置内存储识别信息的方法的一个实例的流程图; [0024] FIG. 11 is a flowchart illustrating an example of a method of the identification device in the disk cartridge according to an embodiment of the present disclosure of the stored identification information;

[0025] 图12为示出根据本公开的一种实施方式的记录与再现设备的操作的一个实例的流程图;以及 [0025] FIG. 12 is a flowchart illustrating one example of an operation of recording and reproducing apparatus according to an embodiment of the present disclosure; and

[0026] 图13为示出根据本公开的一种实施方式的与记录与再现设备连接的外部计算机的配置的一个实例的框图。 [0026] FIG. 13 is a block diagram showing a configuration example of an embodiment of the present disclosure and an external recording and reproducing apparatus connected to a computer.

具体实施方式 detailed description

[0027] 下文要描述的实施方式为本公开的合适的具体实例,并且进行在技术上可取的各种限制。 Specific examples of suitable [0027] The embodiment to be described hereinafter embodiments of the present disclosure, and in various limitations technically preferable. 然而,本公开的范围尤其不限于这些实施方式,除非特别描述某些实施方式对本公开进行了限制。 However, the scope of the present disclosure is not limited to these particular embodiments, unless the embodiment specifically described certain embodiments of the present disclosure has been limited.

[0028] 此外,按照以下顺序对本公开进行描述。 [0028] Further, in the following order of the present disclosure will be described.

[0029] <本公开的实施方式> [0029] <embodiments of the present disclosure>

[0030] [1.盘盒的配置] [0030] [Configuration of the disk cartridge 1.]

[0031] [2.记录与再现设备的配置] [0031] [Configuration of the recording and reproducing apparatus]

[0032] [3.记录与再现设备的内部配置] [0032] [3. Internal Configuration of the recording and reproducing apparatus]

[0033] [4.记录与再现单元的配置] [0033] [4 arranged in the recording and reproducing unit]

[0034] [5.识别装置的配置] [0034] [The configuration identification device]

[0035] [6.存储识别信息的方法] [0035] [A method of storing identification information]

[0036] [7.操作记录与再现设备的方法] [0036] [Operation 7. The method of recording and reproducing apparatus]

[0037] [8.与记录与再现设备连接的外部计算机的配置] [0037] [8 external computer connected to the recording and reproducing apparatus configuration]

[0038] < 变体> [0038] <Variation>

[0039] <本公开的实施方式> [0039] <embodiments of the present disclosure>

[0040] [1.盘盒的配置] [0040] [Configuration of the disk cartridge 1.]

[0041] 首先,将描述根据本公开的一种实施方式的盘盒的配置。 [0041] First, the configuration according to an embodiment of the disk cartridge of the present disclosure will be described. 图1示出了作为盒子的一个实例的盘盒I。 FIG 1 shows one example of the disc cartridge as the cartridge I. 此外,图2和图3示出了分离盘盒I的状态的一个实例。 Further, FIGS. 2 and 3 show an example of a state of the disc cartridge I is isolated. 此外,在以下描述中,为方便起见,通过将从作为转换器的记录与再现设备的盒子插入/排出开口中插入盘盒I的方向定义为前方向来指示前、后、上、下、左以及右方向。 Further, in the following description, for convenience, is inserted through the cassette from the converter as a recording and reproducing apparatus / discharge opening of the cartridge insertion direction I is defined as a forward always indicate front, rear, upper, lower, left and the right direction.

[0042] 在盘盒I中,各个需要的部分设置在作为容纳主体的壳体2内部。 A housing receiving the inner body 2 [0042] In the disk cartridge I, each desired portion is provided. 壳体2包括第一外壳3与第二外壳4。 A first housing 2 comprises a housing 3 and the second housing 4. 例如,圆盘形光学信息记录介质100、100...可在垂直方向上以相等的间距容纳在壳体2内部。 For example, the disc-shaped optical information recording medium 100, 100 ... at equal intervals can be housed in the casing 2 in the vertical direction. 例如,BD (蓝光光盘)或者DVD (数字多用途光盘)可被用于光学信息记录介质100。 For example, BD (Blu-ray Disc) or a DVD (Digital Versatile Disc) can be used for an optical information recording medium 100. 具有除圆盘以外的形式的介质可被用于光学信息记录介质100。 Having a medium other than a disk form may be used in an optical information recording medium 100.

[0043] 例如第一外壳3的上部外壳以及例如第二外壳4的下部外壳可在垂直方向上I禹接或分离(见图2和图3)。 [0043] For example the first housing 3 and the upper casing housing the lower portion of the second housing 4, for example, may be in a vertical direction to or detached Yu I (see FIG. 2 and FIG. 3). 此外,第一外壳3与第二外壳4可具有第一外壳3与第二外壳4在不同的方向(例如,水平方向)上耦接或分离的形式。 Further, the first housing 3 and the second housing 4 may have the form of the first housing 3 and the second housing 4 coupled or separated in different directions (e.g., horizontal direction).

[0044] 第一外壳3由树脂材料构成,并且包括基体5以及连接至基体5的后端部分的辅助基底6,基体5与辅助基底6在垂直方向上耦接(见图2和图3)。 [0044] The first housing 3 is made of a resin material, and comprises a base body 5 and connected to the auxiliary substrate the rear end portion of the base body 5 of 6, the base body 5 and the auxiliary base 6 is coupled in a vertical direction (see FIG. 2 and FIG. 3) .

[0045] 基体5包括垂直定向的基本表面部分7、分别从基本表面部分7的左右两端部分向下突出的侧面部分8和8、以及从基本表面部分7的后端部分向下突出的背面部分9,如图2中所示。 [0045] The base surface 5 comprises a substantially vertically oriented portion 7, 8 and portion 8, and a rear end portion from the base surface portion 7 protrudes downward from the back surface, respectively right and left end portions of the base surface portion 7 projecting downward side portion 9, as shown in FIG.

[0046] 在基本表面部分7的中心部分内提供向下突出的圆轴形中心销10 (见图3)。 [0046] providing a downwardly projecting circular shaped central shaft pin 10 (see FIG. 3) in a substantially central portion of the surface portion 7.

[0047] 在靠近基本表面部分7的前端附近的位置内,提供侧向隔开的未示出的向下突出的支撑轴。 [0047] in a position substantially close to the surface near the front end portion 7, there is provided downwardly projecting supporting shaft (not shown) spaced laterally. 在基本表面部分7的下部表面内,在靠近未示出的支撑轴附加的位置内提供未示出的弹簧钩突出部分。 In the lower surface of the base surface part 7, there is provided a spring hook projection portion (not shown) in a position close to the support shaft (not shown) attached.

[0048] 锁定杆13与13由第一外壳3的未示出的支撑轴支撑,以围绕未示出的支撑轴的相应中心轴可旋转。 [0048] The lock lever 13 and the support shaft 13 of the first housing 3 by a not shown support, the respective central shaft around the support shaft (not shown) rotatably. 锁定杆13包括圆柱形支撑部分14、未示出的锁定部分以及未示出的解锁部分,通过插入未示出的支撑轴来支撑圆柱形支撑部分14,锁定部分从支撑部分14的大致第一半部分突出到大致正面并且也突出到侧边,解锁部分从支撑部分14的大致下半部分突出到倾斜的正面。 The locking lever 13 includes a cylindrical support portion 14, a portion not shown, and an unlock the locking portion (not shown), by inserting the supporting shaft (not shown) to support the cylindrical support portion 14, a first locking portion from the support portion 14 is substantially the projecting substantially to the front half portion and also projecting to the side, the unlocking projection portion divided from the substantially lower half of the support portion 14 is inclined to the front. 在锁定杆13与13中,通过推动未示出的弹簧,分别在接近侧面部分8和8的方向上推动未不出的锁定部分。 Not promote non-locking portion 13 in the direction of the lock lever 13, pushed by a spring (not shown), respectively, near the side portions 8 and 8.

[0049] 分别在第一外壳3的左右侧面部分内,在靠近后端的位置内,形成滑块支撑部分3a 和3a。 [0049] respectively in the right and left side portions of the first housing 3, in a position close to the rear end of the slider forming the support portion 3a and 3a.

[0050] 分别由第一外壳3的滑块支撑部分3a和3a支撑锁定滑块18和18,以在来回方向上可滑动。 [0050] are respectively supported by a first slider 3a of the housing 3 and 3a of the supporting portion 18 and the lock slider 18 to be slidable in the back and forth direction. 锁定滑块18包括来回伸展的支撑部分19、从支撑部分19的前端部分以外的部分向内突出的锁定部分20、以及从锁定部分20的背面突出到后侧的未示出的弹簧支撑轴部分。 Lock slider 18 includes a support portion 19 extending back and forth, from the outside of the front end portion of the supporting portion 19 inwardly projecting locking portion 20, and protrudes from the rear surface portion 20 of the locking portion of the spring to the support shaft (not shown) of the rear side . 在锁定滑块18和18中,分别由第一外壳3的滑块支撑部分3a和3a支持支撑部分19和19以便可滑动,并且由未示出的弹簧支撑轴部分支撑未示出的盘绕弹簧。 Coiled spring 18 and the locking slide 18, respectively supported by a first slider 3a of the housing 3 and 3a of the support portion 19 and support portion 19 so as to be slidable, and a support shaft portion is supported by a spring (not shown), not shown, . 未示出的盘绕弹簧的两端分别与锁定部分20的背面以及形成滑块支撑部分3a的背面进行接触。 (Not shown) at both ends of each coiled spring 20 and the rear locking portion and forming the back portion 3a of the slider contact support. 因此,由未示出的盘绕弹簧向前推动锁定滑块18。 Thus, the coil spring, not shown, the locking slide 18 is pushed forward.

[0051] 打开与关闭面板23连接至第一外壳3的前端部分。 [0051] The opening and closing a front end portion of the panel 23 is connected to the first housing 3. 打开与关闭面板23包括面板部分24以及连接的突出部分25和25,面板部分24形成为矩形板形状,其两侧之间较长并且在来回方向上定向该面板部分,连接的突出部分25从下端部分突出到面板部分24的背面的后侧,如图2中所示。 Projecting portion 23 opening and closing panel includes a panel portion 24 and the projecting portion 25 and the connector 25, the panel portion 24 is formed in a rectangular plate shape, and orientation between the long sides of the panel portion in the back and forth direction, from the connection 25 projecting lower end portion to the rear side of the rear surface panel portion 24, as shown in FIG.

[0052] 在面板部分24中形成插入孔径24a和24a并侧向隔开(见图3)。 [0052] In the panel portion 24 is formed in the insertion aperture 24a and 24a and laterally spaced apart (see FIG. 3). 分别在面板部分24的左右端部分内形成朝外打开的插入凹口24b和24b。 Formed outwardly open insertion recess 24b and 24b, respectively, within the panel portion 24 at the left and right end portion. 提供连接的突出部分25和25并侧向隔开。 Providing a connection protruding portion 25 and 25 and laterally spaced apart.

[0053] 将连接的突出部分25和25的前端部分分别拧入设置在基本表面部分7内的未示出的支撑轴的下部表面,使得打开与关闭面板23连接至第一外壳3。 A lower surface of the support shaft (not shown) [0053] The distal end portion 25 and projecting portion 25 are respectively screwed into the connection provided in the base surface part 7, so that opening and closing the first panel 23 is connected to housing 3. 在打开与关闭面板23连接至第一外壳3的状态下,分别在未示出的支撑轴下面拧紧连接的突出部分25和25,并且防止由未示出的支撑轴支撑的锁定杆13与13和未示出的推进弹簧脱离支撑轴(未示出)。 In the state where the opening and closing panel 23 is connected to the first housing 3, respectively, of the support shaft (not shown) below threaded projecting portion 25 and 25 tight connection and prevent the support shaft by an unillustrated supporting the lock lever 13 and 13 and a thrust spring (not shown) from a support shaft (not shown).

[0054] 在打开与关闭面板23连接至第一外壳3的状态下,锁定杆13与13的未示出的解锁部分分别直接位于插入孔24a和24a的后面。 [0054] The connection panel 23 is open and closed state to the first housing 3, the locking lever 13 and the unlocking portion 13 (not shown) are located directly behind the insertion holes 24a and 24a.

[0055] 第二外壳4由树脂材料构成,并且包括在垂直方向定位的基本表面部分26以及侧面部分27和27,侧面部分27分别从一体形成的基本表面部分26的左右端部分向上突出(见图2)。 [0055] The second housing 4 is made of a resin material and includes a surface positioned substantially in a vertical direction part 26 and side portions 27 and 27, left and right side end portion of the base surface portion 27 are integrally formed from the upwardly projecting portion 26 (see figure 2).

[0056] 侧面部分27包括外侧壁部分28以及位于外侧壁部分28的内侧上的内侧壁部分29。 [0056] The side portions 27 includes an outer sidewall and an inner sidewall portion 28 located on the inner side wall portion 28 of the outer portion 29. 外侧壁部分28的高度大致为内侧壁部分29的高度的一半,并且外侧壁部分28的上表面低于内侧壁部分29的上表面。 Height of the outer side wall portion 28 is approximately half the height of the inner side wall portion 29, and the upper surface of the outer side wall portion 28 lower than the upper surface of the inner side wall portion 29.

[0057] 在内侧壁部分29的前端部分内形成向前打开并且侧向穿透的第一锁定凹槽部分29a。 The first [0057] portion of the inner sidewall portion 29 of the front end opening is formed penetrating the front side and a locking groove portion 29a. 在靠近内侧壁部分29的后端附近的位置内,形成向后并且向外打开的第二锁定凹槽部分29b。 In a position near the rear end of the inner side wall portion 29 is formed rearwardly and outwardly opening second lock groove portion 29b.

[0058] 在内侧壁部分29的内表面上形成保持凹槽29c、29c...,并且保持凹槽29c、29c...在垂直方向上被定位为以相等的间距隔开。 [0058] The inner side wall portion 29 formed on the inner surface of holding grooves 29c, 29c ..., and the holding grooves 29c, 29c ... are positioned spaced at equal intervals in the vertical direction.

[0059] 在一个内侧壁部分29内形成未示出的弹簧连接凹槽部分。 [0059] forming a spring (not shown) connected in a groove portion 29 within the side wall portion. 未示出的弹簧连接凹槽部分向上并且向内打开。 A spring (not shown) connected to the groove portion opened upwardly and inwardly.

[0060] 将压杆弹簧30插入未示出的且被连接的弹簧连接凹槽部分内(见图2)。 [0060] The presser bar spring 30 is inserted is not shown and is connected to a spring connected to the inner recess portion (see FIG. 2). 压杆弹簧30包括垂直较长的板状连接部分以及弹簧部分,该弹簧部分从连接部分的后边缘突出,由金属材料一体地形成。 Presser bar spring 30 includes a vertical portion and a long plate-shaped connecting spring portion, the spring portion projecting from the rear edge of the connecting portion, are integrally formed of a metal material. 在垂直方向上提供弹簧部分并以相等的间距隔开,该间距与在保持凹槽29c、29c...之间的垂直间距相同,并且该弹簧部分被设置有与保持凹槽29c、29c...相同的数量。 Providing a spring portion in a vertical direction and spaced at equal intervals, with the spacing holding grooves 29c, 29c ... vertical spacing between the same and the spring holding portion is provided with recesses 29c, 29c. .. the same amount.

[0061] 将压杆弹簧30插入未示出的弹簧连接凹槽部分内,并且弹簧部分的前端部分在内侧壁部分29的内侧上突出。 [0061] The presser bar spring 30 is inserted a spring (not shown) connected to the groove portion, and the projection 29 on the inner side of the front end portion of the spring portion of the inner side wall portion.

[0062] 在靠近第二外壳4的侧面部分27和27之间的后端附近的位置内,连接桥接器部件31(见图2)。 [0062] in a position near the rear end between the portions 27 and 27 adjacent to the second side of the housing 4, connecting bridge member 31 (see FIG. 2). 通过将板状金属材料弯曲为预定的形状,形成桥接器部件31。 By bending the plate-like metal material into a predetermined shape, formed in the bridge member 31. 由于在侧面部分27和27之间连接桥接器部件31,所以可在总体上保证第二外壳4的强度。 Since the side portions 27 and 27 is connected between the bridge member 31, it is possible to ensure the strength of the second housing 4 in general.

[0063] 在盘盒I中,将RFID标签32例如作为具有识别信息的识别装置粘贴至例如壳体2的背面。 [0063] In the disk cartridge I, for example, the RFID tag 32 attached to the back of the housing 2, for example, as a recognition apparatus having identification information. 只要可从读取RFID`标签32的识别信息的装置中读取RFID标签32,RFID标签32就可连接至盘盒I的任何位置。 As long as the apparatus can read from the tag identification information RFID` 32 reads the RFID tag 32, the RFID tag 32 can be connected to any position I of the cartridge. RFID标签32可电子地存储信息。 RFID tag 32 may be electronically stored information. 在本文中,RFID标签32包括未示出的集成电路(IC)以及在本文中未示出的线圈天线,该线圈天线连接至集成电路并且可发送或接收电磁波。 Herein, RFID tags 32 includes an integrated circuit (IC) (not shown) and a coil antenna, not shown herein, the integrated circuit is connected to the coil antenna and may transmit or receive electromagnetic waves. 将预定信息(例如,有关盘盒I或光学信息记录介质100、100...的信息)输入至RFID标签32中。 The predetermined information (e.g., related to the disk cartridge I optical information recording medium or information 100, 100 ...) is input to the RFID tag 32. 下文将详细描述RFID标签32。 The RFID tag 32 will be described in detail below.

[0064] 在如上配置的盘盒I中,将光学信息记录介质100、100…保持在壳体2内部(见图1和图2)。 [0064] In the disk cartridge I configured as above, the optical information recording medium 100, 100 ... held in the interior of the housing 2 (see FIG. 1 and FIG. 2). 由于在第一外壳3和第二外壳4分离的状态下,将光学信息记录介质100的外围部分从正面插入形成在第二外壳4的侧面部分27和27内的保持凹槽29c和29c内,所以将光学信息记录介质100保持在壳体2内部。 Since the separated first housing 3 and the housing 4 second state, the peripheral portion of the optical information recording medium 100 is inserted from the front side is formed a recess 29c and the holding portion 27 in the inner side surface 27 and 29c of the second housing 4, Therefore, the optical information recording medium 100 held inside the housing 2. 因此,位于第二外壳4的前端内的开口被形成为圆盘插入/排出开口4a,通过该开口执行将光学信息记录介质100、100...插入第二外壳4内或者从第二外壳4中去除这些光学信息记录介质。 Thus, in the second opening in the front end of the housing 4 is formed in a disc insertion / discharge opening 4a, through which the implementation of the optical information recording medium 100, 100 ... second housing 4 is inserted into the housing 4 or from the second removing the optical information recording medium.

[0065] 在已稱接第一外壳3和第二外壳4并且打开与关闭面板23被连接至第一外壳3以构成壳体2的状态下,分别在位于第一外壳3内的侧面部分8和8的下表面和位于第二外壳4内的外侧壁部分28和28的上表面之间,形成来回伸展的插入沟槽2a和2a (见图1)。 [0065] In the housing 3 is connected to the first and said second housing 4 and the opening and closing panel 23 is connected to the first housing 3 constituting the housing 2 in a state in, respectively, a first side surface located within the housing portion 3 8 between the upper and lower surface and the outer side wall 8 of the housing 4 in the second portion 28 and 28 extending back and forth are formed and inserted into the groove 2a 2a (see FIG. 1). 在插入沟槽2a和2a内,后端分别为第一外壳3的滑块支撑部分3a和3a的连续,并且前端分别为在打开与关闭面板23的面板部分24内形成的插入凹口24b和24b的连续。 In the insertion groove 2a and 2a, respectively, the rear end of the slide supporting the first housing 3 successive portions 3a and 3a are, respectively, a front end and open and closed insertion recess 24 formed in the panel portion 24b of panel 23 and 24b is continuous.

[0066] 在基体5的基底表面部分7与基底表面部分26朝着垂直方向的状态下,耦接第一外壳3和第二外壳4。 [0066] In the state portion 26 toward the vertical surface of the base substrate 5 and the substrate surface portion 7, coupled to the first housing 3 and the second housing 4.

[0067] 在第一外壳3和第二外壳4耦接的状态下,由锁定杆13与13和锁定滑块18和18锁定第一外壳3和第二外壳4。 [0067] In a first case 3 and the second housing 4 coupled state, the lock lever 13 and the lock sliders 13 and 18 and 18 to lock the first housing 3 and the second housing 4.

[0068] 在未示出的锁定部分的前端部分通过未示出的推进弹簧的推力彼此隔开的方向上(朝外),锁定杆13与13位于旋转端内。 [0068] in the direction of the front end portion (not shown) advancing the locking portion by the urging force of a spring (not shown) spaced apart from each other (outward), the lock lever 13 with the rotary end 13 is located. 分别将未示出的锁定部分插入在第二外壳4的侧面部分27和27内形成的第一锁定凹槽部分29a和29a内,并且该锁定部分与第一锁定凹槽部分29a接合。 Respectively (not shown) inserted into the second locking portion 4 side of the housing portion 27 and the first locking groove portion 29a formed in the inner 27 and 29a, and the locking portion engaging with the first locking groove portion 29a.

[0069] 锁定滑块18和18通过未示出的盘绕弹簧的推力位于在前端的可活动端上,并且分别将锁定部分20和20插入在第二外壳4的第二侧面部分27和27内形成的第二锁定凹槽部分29b和29b内,并且该锁定部分20与第二锁定凹槽部分29b接合。 [0069] The lock slider 18 and 18 located at the front end by the urging force of the coil spring (not shown) of the movable end, and respectively inserted into the locking portions 20 and 20 and 27 in the second side portion 27 of the second housing 4 the second locking groove portion 29b formed in the inner and 29b, and the locking portion 20 and the second portion 29b engages the locking recess.

[0070] 如上所述,在耦接和锁定第一外壳3和第二外壳4并且将光学信息记录介质100、100…保持在壳体2内部的状态下,压杆弹簧30的弹簧部分分别与每个光学信息记录介质100、100…的外围表面的一部分接触并且按压该部分。 [0070] As described above, the coupling and locking the first housing 3 and the second housing 4 and the optical information recording medium 100, 100 ... in a state held inside the housing 2, the spring portion 30 of the presser bar spring respectively contacting a portion of the peripheral surface of each optical information recording medium 100, 100 ... and the pressing portion. 在这种情况下,抵靠保持凹槽29c和29c的一部分按压在光学信息记录介质100、100...的外围表面内的其他部分,并且将光学信息记录介质100、100...放置在壳体2内部的正常位置内。 In this case, the retaining groove 29c and the abutment portion 29c of the optical information recording medium is pressed against the other portion 100, 100 ... inner peripheral surface, and the optical information recording medium 100, 100 ... are placed in the the normal position inside the housing 2.

[0071] 在第一外壳3和第二外壳4稱接的状态下,将设置于第一外壳3内的中心销10插入光学信息记录介质100、100…的中心孔100a、IOOa…内。 Center hole center [0071] In a first case 3 and the housing 4, said second contact state, the first housing 3 is provided in the pin 10 is inserted into the optical information recording medium of 100, 100 ... 100a, IOOa ... inside.

[0072] [2.记录与再现设备的配置] [0072] [Configuration of the recording and reproducing apparatus]

[0073] 接下来,将描述记录与再现设备40的配置。 [0073] Next, description will be recording and reproducing apparatus 40 is disposed. 图4不出了盘盒I和记录与再现设备40的一个实例,作为转换器的实例。 Not an example of FIG. 4 disc cartridge recording and reproducing apparatus I and 40, as examples of the converter. 在记录与再现设备40内,将所有必要的部分设置在外壳41内部。 In the recording and reproducing apparatus 40, all of the necessary portion is provided within the housing 41.

[0074] 外壳41包括外框42、面板43以及基底框架44,外框42向后并且向下打开,面板43连接至外框42的后端部分并且在来回方向上定位该面板,基底框架连接至外框42的下端部分并且在垂直方向上定位该基底框架,如图4中所示。 [0074] The housing 41 includes a frame 42, a base panel 43 and frame 44, outer frame 42 rearwardly and downwardly opened, the panel 43 is connected to the rear end portion of the outer frame 42 and is positioned in the back and forth direction of the panel, a base connected to the frame to the lower end portion of the outer frame 42 and the base frame is positioned in the vertical direction, as shown in FIG.

`穿透的盒子插入/排出开口,并且可由快门45打开或关闭该开口。 `Penetration cartridge insertion / ejection opening, and shutter 45 may open or close the opening. 排出按钮46设置在面板43的下端部分内。 Ejection button 46 disposed in the lower end portion of the panel 43.

[0076] 将光盘支架47作为盒子容纳部分设置在外壳41内部。 [0076] The disc cartridge 47 housed inside the housing portion 41 is provided as a cartridge. 光盘支架47包括上部支架与下部支架。 Disc holder 47 includes an upper holder and lower holder. 在将盘盒I插入记录与再现设备40内时,第一外壳3保持在上部支架内,并且将第二外壳4保持在下部支架内。 When the disk cartridge I insertion recording and reproducing apparatus 40, the first housing 3 is held in the upper bracket, and the second housing 4 is held in the lower bracket.

[0077] 记录与再现单元(驱动器)101为光学单元(拾取器),该光学单元在光学信息记录介质100、100...内对信息信号进行记录或再现,并且被设置在位于外壳41内部的正面上的下端部分内。 [0077] The recording and reproducing unit (drive) unit 101 is an optical (pickup), the optical unit 100, 100 ... optical information recording medium for recording or reproducing information signals therein and is disposed inside of the housing 41 the lower end portion of the front side. 可提供多个记录与再现单元101。 It may provide a plurality of recording and reproducing unit 101.

[0078] 若从面板43的盒子插入/排出开口中插入盘盒I,则将盘盒I从后侧插入光盘支架47内。 [0078] When the panel 43 is inserted from the cassette / cartridge is inserted in the discharge opening I, I will insert the disc cartridge holder 47 from the rear side. 在从面板43的盒子插入/排出开口中插入盘盒I时,按压并旋转快门45。 Panel 43 from the cartridge insertion / drainage opening when the cartridge is inserted I, the shutter 45 is pressed and rotated.

[0079] 若将盘盒I从后侧插入光盘支架47内,则将未示出的上部支架的释放块与未示出的下部支架的保持块分别插入在壳体2内形成的插入沟槽2a和2a内。 [0079] If the disk cartridge I insertion from the rear side of the disc holder 47, the block is released and the upper bracket (not shown) and the holding block of the lower bracket (not shown) are inserted in the insertion groove formed in the housing 2 2a and 2a therein.

[0080] 若分别将未示出的释放块插入这些插入沟槽2a和2a内,并且将盘盒I移动到光盘支架47的内部,则分别由未示出的释放块按压锁定滑块18和18的支撑部分19和19。 [0080] If the block is freed, respectively (not shown) which are inserted inside grooves 2a and 2a, and the disk cartridge I to move inside the disc cartridge 47, respectively, by the release of the block (not shown) and presses the locking slider 18 18 and 19 the support portion 19. 在支撑部分19和19分别由未示出的释放块按压到后侧时,锁定滑块18和18对抗未示出的盘绕弹簧的推力分别移动到后侧,并且分别从第二外壳4的第二锁定凹槽部分29b和29b中拖动锁定部分20和20。 When pressed to the rear side, respectively, by the release block (not shown) in the support portions 19 and 19, the locking force of the coil spring (not shown) against the sliders 18 and 18 move to the rear, respectively, and are from the second housing 4 two locking groove portions 29b and 29b of the locking portion 20 and drag 20. 在分别从第二锁定凹槽部分29b和29b中拖动锁定部分20和20时,释放由锁定滑块18和18对第一外壳3和第二外壳4的锁定。 In the portions 20 and 20 are dragged from the locking portion 29b and the second locking groove 29b, the release 18 and locked by the locking slider 18 to the first housing 3 and the second housing 4.

[0081] 在这种情况下,分别将设置于光盘支架47内的未示出的解锁块插入打开与关闭面板23的插入孔24a和24a内。 [0081] In this case, each disposed in the unlocking block (not shown) in the disc holder 47 is inserted into the opening and closing the insertion hole 24a and 24a of the inner panel 23. 在分别将未示出的解锁块插入这些插入孔24a和24a内时,锁定杆13和13的未示出的解锁部分分别由未示出的解锁块按压到后侧。 When the unlocking block are not shown, are inserted to the holes 24a and 24a, the lock lever 13 and the unlocking portion 13 (not shown) are pressed by the unlocking block (not shown) to the rear side. 在未示出的解锁部分由未示出的解锁块按压到后侧时,锁定杆13和13分别对抗未示出的推进弹簧的推力而旋转,并且分别从第二外壳4的第一锁定凹槽部分29a和29a中拖动未不出的锁定部分。 When the unlocking portion (not shown) is pressed by the unlocking block (not shown) to the rear side, and the lock lever 13 against a thrust spring 13 are not shown, thrust and rotation, the first and the second housing 4 from the locking recesses, respectively groove portions 29a and 29a are not not drag locking portion. 在分别从第一锁定凹槽部分29a和29a中拖动未示出的锁定部分时,释放由锁定杆13和13对第一外壳3和第二外壳4的锁定。 When dragging the locking portion, respectively (not shown) from the first lock groove portion 29a and 29a, the lock release 13 and 13 the first housing 3 and the second housing 4 by the lock lever.

[0082] 在释放由锁定滑块18和18对第一外壳3和第二外壳4的锁定的同时,执行释放由锁定杆13和13对第一外壳3和第二外壳4的锁定。 [0082] The locking is released by the lock sliders 18 and 18 simultaneously locking the first housing and the second housing 3 of 4, 13 and 13 perform the release of the first housing 3 and the second housing 4 by the lock lever.

[0083] 在释放由锁定杆13和13与锁定滑块18和18对第一外壳3和第二外壳4的锁定时,第一外壳3和第二外壳4进入在垂直方向上可分离第一外壳3和第二外壳4的状态。 [0083] In the release lever 13 by the lock sliders 18 and 13 and 18 are separable in the vertical direction with the locking of the locking of the first housing 3 and the second housing 4, the first housing 3 and the second housing 4 into the first state and the second housing 3 of the housing 4.

[0084] 在可分离第一外壳3和第二外壳4的状态下,第二外壳4与下部支架成为一体,并且向下移动,而第一外壳3并不向下移动。 [0084] In a first state of the separable housing 3 and the second housing 4, the second housing 4 and the lower holder are integrated, and moved downward, while the first housing 3 does not move downward. 因此,第一外壳3和第二外壳4分离。 Thus, the separation of the first housing 3 and the second housing 4.

[0085] 然后,位于根据下部支架的停止位置的高度处的光学信息记录介质100的外围表面由未示出的排出杆按压到正面,并且经按压的光学信息记录介质100从第二外壳4中排出到记录与再现单元101。 [0085] Then, the medium located in the peripheral surface 100 of the optical information recording stop position at the height of the lower bracket (not shown) of the ejection lever is pressed to the front side, and the optical information recording medium by pressing the second housing 100 from 4 is discharged to the recording and reproducing unit 101.

[0086] 此外,在记录与再现单元101上装载光学信息记录介质100,并且对信息进行记录或再现。 [0086] Further, in the recording and reproducing unit 101 loads the optical information recording medium 100, and recording or reproducing information.

[0087] [3.记录与再现设备的内部配置] [0087] [3. Internal Configuration of the recording and reproducing apparatus]

[0088] 图5示出了记录与再现设备40的内部配置的一个实例。 [0088] FIG. 5 shows an example of the internal recording and reproducing apparatus 40 configuration. 容纳多个光学信息记录介质100并且与RFID标签32连接的盘盒I被安装在记录与再现设备40内。 Receiving a plurality of optical information recording medium and the disc cartridge 100 is connected to the I RFID tag 32 is mounted in the recording and reproducing apparatus 40.

[0089] 记录与再现设备40包括读取单元50、记录与再现单元101、系统控制器108以及接口109。 [0089] The recording and reproducing apparatus 40 includes a reading unit 50, the recording and reproducing unit 101, a system controller 108, and interface 109. 记录与再现设备40通过接口109连接至外部计算机200。 Recording and reproducing apparatus 40 is connected to an external computer 200 via the interface 109.

[0090] 读取单元50具有使用电磁场或无线电波通过近场通信与RFID标签32交换识别信息的功能。 [0090] The reading unit 50 has a radio wave by using an electromagnetic field or near field communication with the RFID tag 32 functions to exchange identification information. 例如,读取器/写入器被用于读取单元50。 For example, the reader / writer unit 50 is used for reading. 读取器/写入器将电磁波发送给RFID标签32。 The reader / writer to the RFID tag 32 transmits an electromagnetic wave. 在RFID标签32中,使用通过电磁感应获得的功率驱动集成电路,并且与读取器/写入器进行通信。 In the RFID tag 32, using the power obtained by electromagnetic induction driving integrated circuit, and communicates with the reader / writer. 因此,RFID标签32响应于记录与再现设备40的请求,发送保持在RFID标签32内的识别信息。 Thus, the RFID tag 32 in response to a request of the recording and reproducing apparatus 40, transmits the identification information held in the RFID tag 32. 此外,基于接触的方法(而非基于上述非接触的方法)可被用于在读取单元50和RFID标签32之间交换识别信息。 Further, the method (and not on the non-contact method) can be used for the contact based on the identification information exchanged between the reading unit 50 and the RFID tag 32.

[0091] 记录与再现单元101在从盘盒I中取出的光学信息记录介质100内进行记录与再现信息。 [0091] The recording and reproducing unit 101 for recording and reproducing the information taken out from the optical information recording medium within the disk cartridge I 100.

[0092] 系统控制器108作为控制单元控制记录与再现设备40的各个单元,例如,读取单元50和记录与再现单元101。 [0092] The system controller 108 as the control unit controls the respective units of the recording and reproducing apparatus 40, e.g., the reading unit 50 and the recording and reproducing unit 101. 系统控制器108包括未示出的CPU (中央处理单元)、R0M (只读存储器)以及RAM (随机存取存储器)。 The system controller 108 includes an unillustrated CPU (Central Processing Unit), R0M (Read Only Memory) and a RAM (Random Access Memory). 此外,系统控制器108控制未示出的记录介质交换单元。 Further, the system controller 108 controls the recording medium switching means (not shown). 记录介质交换单元从容纳在盘盒I中的多个光学信息记录介质取出预定的光学信息记录介质100,从而记录与再现单元101可对信息进行记录与再现。 Switching unit receiving the recording medium from the plurality of optical information recording medium, the disc cartridge I is extracted predetermined optical information recording medium 100, thereby recording and reproducing unit 101 may be the information recording and reproducing.

[0093] 接口109连接至记录与再现单元101和外部计算机200。 [0093] The interface 109 is connected to the recording and reproducing unit 101 and an external computer 200. 通过接口109将由记录与再现单元101从光学信息记录介质100中读取的信号输出到外部计算机200。 Reading the output signal from the optical information medium 100 through the interface 109 recorded by the recording and reproducing unit 101 to the external computer 200. 另一方面,通过接口109从外部计算机200中输入要由记录与再现单元101记录在光学信息记录介质100中的信号。 On the other hand, via the interface 109 signals the optical information recording medium 100 to be recorded by the recording and reproducing unit 101 is input from the external computer 200.

[0094] 接口109可连接至读取单元50。 [0094] The interface 109 may be connected to the reading unit 50. 在这种情况下,通过来自连接的外部计算机200的操纵输入,可执行控制读取单元50。 In this case, the manipulation input from the external computer 200 is connected, the reading unit 50 may perform the control.

[0095] 盘盒I可容纳上述多个(例如,12个)光学信息记录介质100。 [0095] The above-mentioned disc cartridge I can accommodate a plurality (e.g., 12) of the optical information recording medium 100. 在下文中,将示出盘盒i可容纳12个光学信息记录介质100的配置,并且将描述识别信息。 Hereinafter, the disc cartridge shown i can accommodate optical information recording medium 12 configuration 100, and identification information will be described.

[0096] 光盘-O到光盘-11作为12个光学信息记录介质100容纳在盘盒I内。 [0096] -O optical disk to the optical disk 12 -11 as the optical information recording medium 100 housed in a cartridge I. 每个光学信息记录介质100具有识别信息以作为唯一信息。 Each of the optical information recording medium 100 has an identification information as the unique information. 在例如用户不可提前获得的光学信息记录介质100的内部外围部分内,记录识别信息。 In the inner peripheral portion of the user, for example, the optical information recording medium 100 can not be obtained in advance, and recording the identification information.

[0097] 在表1中不出光盘-O的识别信息,作为光学信息记录介质信息的一个实例。 [0097] -O no disc identification information in Table 1, as an example of the optical information recording medium information.

[0098]表1 [0098] TABLE 1

[0099] [0099]

Figure CN103824573AD00111

[0101] 在只再现区域的区域-1内记录作为第一识别信息的共用信息。 [0101] In the reproduction-only area is recorded as common information area -1 first identification information. 共用信息是指由多个光学信息记录介质100共有的标准信息(规格)。 Information refers to information shared by a plurality of standard optical information recording medium 100 in common (standard). 标准信息包括例如标记码、光盘类型、光盘容量以及光盘层数。 Standard information includes a marker code, for example, disc type, disc capacity, and the number of layers of the optical disc. 在这种情况下,假设容纳在壳体2内的光学信息记录介质100为具有相同标准的光学信息记录介质100。 In this case, it is assumed that the optical information recording housed in the housing 2 of the optical information recording medium 100 is a medium 100 having the same standard.

[0102] 标记码为由光学信息记录介质100的制造商独有的码。 [0102] code tag by the manufacturer of the optical information recording medium 100 unique codes. 光盘类型为光学信息记录介质100的标准或格式。 Disc type optical information recording medium 100 of a standard or format. 光盘类型包括例如只读类型、只写类型或重写类型,并且更具体而言,包括BD-R (可录蓝光光盘)2.0版或BD-RE (可重写蓝光光盘)3.0版。 Types include read only type optical disk, for example, write-only type or rewritable type, and more specifically, including BD-R (Blu-ray Disc Recordable) Version 2.0 or BD-RE (Blu-ray Disc Rewritable) version 3.0. 光盘容量为光学信息记录介质100的记录容量。 Capacity of the optical disc recording capacity of the optical information recording medium 100. 光盘空间包括例如100GB或128GB。 Disc space comprises, for example, 100GB or 128GB. 光盘层数为光学信息记录介质100的记录层数。 The number of layers of the optical disc recording layers of the optical information recording medium 100. 例如,光盘层数为三层或四层。 For example, the optical disc of three or four layers.

[0103] 在只再现区域的区域-2内记录第二识别信息。 [0103] The second identification information is recorded in the reproduction-only area of ​​the region of -2. 第二识别信息包括例如光盘的唯一编号。 The second identification information includes, for example, disc unique number. 光盘的唯一编号为由每个光学信息记录介质100所独有的编号。 Unique number for each optical disk by the optical information recording medium 100 unique numbers.

[0104] RFID标签32具有作为该装置的唯一信息的识别信息。 [0104] RFID tag 32 having a unique identification information as the device information. 在RFID标签32内记录与作为容纳在盘盒I内的12个光学信息记录介质100的光盘-O到光盘-1 I对应的识别信息。 In the optical disk recording and RFID tag 32 housed in the disk cartridge I 12 as the optical information recording medium 100 to -O -1 I identification information corresponding to the optical disc.

[0105] 在表2中示出了RFID信息的一个实例。 [0105] In Table 2 shows an example of the RFID information.

[0106]表 2 [0106] TABLE 2

[0107] [0107]

Figure CN103824573AD00121

[0108] RFID 信息 [0108] RFID information

[0109] 锁定第一识别信息的读取,并且锁定第二识别信息的读取与写入。 [0109] The first identification information read lock, and the lock of the second reading and writing identification information. 在进行锁定与解锁时,作为第一密钥信息,需要锁定与解锁编号。 During locking and unlocking, as the first key information needed lock and unlock number. 此外,第一识别信息与第二识别信息的锁定可以是对区域的访问本身的锁定或者可以是锁定单独信息的形式。 Further, the first identification information and second identification information may lock access to the locked region itself or may be a lock in the form of individual information.

[0110] 在读取锁定区域的区域-1内记录第一识别信息。 [0110] recording first identification information within the reading region of the locking area 1. 第一识别信息包括例如标记码、光盘类型、光盘容量以及光盘层数,以作为容纳在盘盒I内的12个光学信息记录介质100的共用信息。 The first identification information includes, for example, the marker code, the disc type, disc capacity, and the number of layers of the optical disc, the common information 100 to a receiving medium 12 in the optical information recording disc cartridge I is.

[0111] 在读取与写入锁定区域的区域-2内记录第二识别信息。 [0111] the area of ​​the second recording -2 identification information read and write locking area. 第二识别信息包括例如12个光学信息记录介质100的光盘的唯一编号以及作为认证信息的认证码。 Second identification information 12 comprises, for example, the optical information recording medium 100, the optical disc unique number and authentication information as the authentication code.

[0112] 在本文中,将参照图6描述生成RFID锁定与解锁编号的方法的一个实例。 [0112] Herein, an example will be described in FIG generating RFID lock and unlock reference number 6 of a method.

[0113] 在生成RFID锁定与解锁编号时,RFID唯一编号被用作记录在RFID标签32内的唯一信息。 [0113] In generating RFID lock and unlock number, RFID unique number is used as the unique information recorded in the RFID tag 32. 此外,例如,制备例如密钥A,作为用作第二密钥信息的私人密钥。 Further, for example, preparation such as a key A, is used as the second key information as a private key. 在例如系统控制器108的未示出的ROM内记录密钥A。 Recording key in the ROM, for example, the system controller 108 (not shown) A.

[0114] 此外,由读取单元50读取的RFID唯一编号与密钥A相结合并且进行操作A。 [0114] Further, read by the reading unit 50 RFID unique number with the key A and operates in conjunction with A. 由于操作A而获得RFID锁定与解锁编号。 A RFID obtained due to the operation lock and unlock number. 优选在系统控制器108内执行操作A。 Operation is preferably performed in the system controller 108 A. 然而,可在与记录和再现设备40连接的外部计算机200内执行操作A。 However, the operation may be performed in an external computer connected to the recording and reproducing apparatus 40 200 A.

[0115] 在操作A中,例如,HKDF (基于HMAC的提取与扩展密钥衍生函数)可用作使私人密钥与装置专用值相结合以生成新密钥的方法(锁定与解锁编号)。 [0115] In operation A, for example, HKDF (based on the extraction and the expanded key derivative function HMAC) may be used as private key so that the device-specific values ​​are combined to a method for generating a new key (locking and unlocking number).

[0116] 如上所述,在区域-2内记录认证码,作为第二识别信息的一部分。 [0116] As described above, in the recording area -2 authentication code as a second part identification information. [0117] 在本文中,将参照图7描述生成在记录或再现盘盒I期间进行认证码的比较时使用的认证码的方法的一个实例。 [0117] Herein, an example of a method will be described in FIG authentication code generated during use when recording or reproducing disc cartridge I 7 compares the authentication code reference.

[0118] 在生成认证码时,使用12个介质光盘-O到光盘-1I中的每个的光盘唯一编号。 [0118] In generating an authentication code using the optical disc medium 12 into the optical disc -O -1I each disc unique number. 此夕卜,例如制备密钥B,作为用作第三密钥信息的私人密钥。 This evening Bu, prepared e.g. key B, a private key is used as the third key information. 例如,在未示出的系统控制器108的ROM内记录密钥B。 For example, in the ROM, not shown, the system controller 108 of the recording key B.

[0119] 此外,当已在区域-2内记录了认证码并且在盘盒I的(记录或再现)使用期间进行认证码的比较时,12个光盘的唯一编号与密钥B相结合,并且进行操作B。 [0119] Further, when the comparison is performed during the authentication code (recording or reproducing) using the authentication code have been recorded in the region I -2 and the disk cartridge, the optical disk 12 with the key number unique combination of B, and operation B. 由于操作B而获得认证码。 Since the operation code B obtains authentication. 优选在系统控制器108内执行操作B。 Operation is preferably performed in the system controller 108 B. 然而,可在与记录和再现设备40连接的外部计算机200内执行操作B。 However, the operation may be performed in an external computer connected to the recording and reproducing apparatus 40 200 B. 此外,当在RFID标签32的区域_2内进行认证码记录时,使用12个介质光盘-O到光盘-11中的每个的光盘唯一编号。 Further, when the authentication code recorded in the RFID tag _2 region 32 using the optical disc medium 12 into the optical disc -O -11 unique number for each disc.

[0120] 在操作B中,例如,HMAC (密钥散列消息认证码)可用作使用私人密钥生成认证码的方案。 [0120] In operation B, for example, the HMAC (Keyed-Hash Message Authentication Code) may be used to generate the authentication code using the private key scheme.

[0121] [4.记录与再现单元的配置] [0121] [4 arranged in the recording and reproducing unit]

[0122] 图8示出了记录与再现设备40的记录与再现单元101的配置的一个实例。 [0122] FIG. 8 illustrates an example of configuration of a recording and reproducing unit 40 recording and reproduction apparatus 101. 在光学信息记录介质100内记录信息,并且从光学信息记录介质100中再现信息。 In the optical information recording medium 100 for recording information and reproducing information from the optical information medium 100 recording.

[0123] 记录与再现单元101包括主轴电机102、光学头103、激光驱动单元104、信号检测单元105、伺服电路106、信号调制器/解调器107、系统控制器108以及接口109。 [0123] recording and reproducing unit 101 includes a spindle motor 102, optical head 103, laser driving unit 104, a signal detection unit 105, a servo circuit 106, the signal modulator / demodulator 107, a system controller 108, and interface 109.

[0124] 主轴电机102使光学信息记录介质100旋转。 [0124] The spindle motor 102 causes the rotation of the optical information recording medium 100. 由主轴电机102例如以恒定线速度旋转光学信息记录介质100。 For example, by a spindle motor 102 rotating at a constant linear velocity of the optical information recording medium 100. 换言之,以CLV (恒定线速度)方案旋转光学信息记录介质100。 In other words, a CLV (Constant Linear Velocity) scheme rotating the optical information recording medium 100. 区域CLV方案或者PCAV (部分恒定角速度)可被用作旋转控制方案。 PCAV scheme or a zone CLV (constant angular velocity portion) can be used as the rotation control scheme.

[0125] 由未示出的馈送电机在光学信息记录介质100的径向上移动光学头103。 [0125] by a feed motor (not shown) in the optical information recording medium 100 moves the optical head 103 radially on. 而且,光学头103进行记录和再现光学信息记录介质100内的信息。 Further, the optical head 103 for recording and reproducing information in the optical information recording medium 100.

[0126] 激光驱动单元104控制光学头103的激光源。 [0126] laser driving unit 104 controls the laser source of the optical head 103. 将来自激光驱动单元104的驱动信号提供给光学头103。 A drive signal from the laser driver unit 104 is supplied to the optical head 103. 激光驱动单元104进行控制,以改变在记录模式和再现模式之间的激光源的输出功率。 A laser driving unit 104 performs control to change the output power of the laser light source between a recording mode and reproducing mode.

[0127] 在记录模式中,将激光束从光学头103辐射到光学信息记录介质100中,已根据所记录的信息110调制该激光束的强度。 [0127] In the recording mode, a laser beam is radiated from the optical head 103 to the optical information recording medium 100, the intensity of the laser beam modulated in accordance with the recorded information 110. 在根据再现的地址信息确定的光学信息记录介质100的预定位置内记录信息。 Information recorded in the predetermined position according to the address information reproducing an optical information recording medium 100 is determined.

[0128] 另一方面,在再现模式中,将读取激光束从光学头103辐射到光学信息记录介质100的记录表面,并且由光检测器在光学头103中检测反射光。 [0128] On the other hand, in the reproduction mode, the reading laser beam radiated from the optical head 103 to the recording surface of the optical information recording medium 100, and a photodetector detecting reflected light 103 in the optical head. 光学头103将与从光学信息记录介质100的记录表面中反射的光对应的信号提供给信号检测单元105。 An optical signal corresponding to the optical head 103 to the recording surface 100 is reflected from the information recording medium and the optical detection unit 105 to the signal.

[0129] 信号检测单元105根据作为光检测器的光学头103的输出生成伺服误差信号111(例如,聚焦误差信号或跟踪误差信号)以及作为再现信号的RF信号112。 [0129] a signal detection unit 105 generates the servo error signal output of the optical head 111 of the photodetector 103 as a basis (e.g., a focus error signal or a tracking error signal) and an RF signal as a reproduction signal 112. 也可生成摆动信号。 The wobble signal may also be generated. 此外,信号检测单元105将伺服误差信号111输出给伺服电路106。 Further, the signal detection unit 105 outputs the servo error signal 111 to the servo circuit 106. 信号检测单元105也将RF信号112输出给信号调制器/解调器107。 Also the output signal detecting unit 105 RF signal 112 to the signal modulator / demodulator 107.

[0130] 伺服电路106根据系统控制器108的命令驱动并且控制主轴电机102和未示出的馈送电机。 [0130] The servo circuit 106 drives and controls the spindle motor 102 and feed motor (not shown) according to a command of the system controller 108. 将伺服误差信号111从信号检测单元105输入到伺服电路106中。 The servo error signal 111 from the signal detection unit 105 is input to the servo circuit 106. 伺服电路106生成聚焦伺服信号或跟踪伺服信号,使得聚焦误差信号或跟踪误差信号为O。 The servo circuit 106 generates a focus servo signal or a tracking servo signal, so that the focus error signal or tracking error signal is O. 伺服电路106驱动和控制未示出的物镜驱动单元,例如,根据伺服信号驱动物镜的2-轴致动器。 The servo circuit 106 drives and controls the objective lens driving unit (not shown), e.g., from the 2-axis actuator driving the objective lens servo signal. 此外,例如,在CLV方案中,伺服电路106根据信号检测单元105的输出检测同步信号等,并且控制主轴电机102。 Further, for example, in the embodiment CLV servo circuit 106 outputs the detection signal detection unit 105 of the synchronization signal, and controls the spindle motor 102. 因此,以恒定线速度控制主轴电机102的旋转,并且由伺服电路106控制光学头103的聚焦与跟踪。 Thus, at a constant rotational speed control of the spindle motor 102 and the servo circuit 106 controls the optical head 103 by the focusing and tracking.

[0131] 当执行在光学信息记录介质100内记录信息时,信号调制器/解调器107对从接口109输入的数字信号进行记录处理。 [0131] When performed in the optical information recording medium 100 when recording information, the signal modulator / demodulator 107 the digital signal inputted from the interface 109 performs the recording process. 例如,信号调制器/解调器107进行纠错编码并且执行调制处理,例如,1-7PP方案。 For example, the signal modulator / demodulator 107 performs the error correction coding and modulation processing, e.g., 1-7PP program. 另一方面,当执行再现在光学信息记录介质100内记录的信息时,信号调制器/解调器107对由光检测器检测的信号执行解调制处理。 On the other hand, when performing information reproducing optical information recording medium 100 recording, the signal modulator / demodulator 107 performs demodulation processing a signal detected by the light detector.

[0132] 系统控制器108控制记录与再现单元101的每个单元。 [0132] The system controller 108 controls each unit of the recording and reproducing unit 101. 响应于用户的操纵输入,根据在位于光学信息记录介质100的最深的外围部分内的预先控制的凹坑、沟槽等内记录的地址信息、TOC (内容表)等,系统控制器108控制记录与再现单元101。 In response to user's manipulation input, the address information recorded in the inner most peripheral portion of the optical information recording medium 100 of the control pre pit, grooves or the like, the TOC (Table of Contents) and the like, the system controller 108 controls the recording and reproducing unit 101.

[0133] 记录与再现单元101通过接口109连接至外部计算机200。 [0133] The recording and reproducing unit 101 is connected to an external computer 200 via the interface 109. 通过接口109将从光学信息记录介质100中读取的信号输出到外部计算机200,并且通过接口109从外部计算机200输入要记录在光学信息记录介质100内的信号。 Output interface 109 by reading from the optical information recording medium, a signal 100 to the external computer 200, and the signal 100 in the optical information recording medium 109 via the interface 200 to be recorded input from the external computer.

[0134] 在如上配置的记录与再现单元101内,由主轴电机102旋转光学信息记录介质100,并且根据来自伺服电路106的控制信号驱动并控制未示出的馈送电机。 [0134] In the recording and reproducing unit 101 configured as above, rotating the optical information recording medium 100 by the spindle motor 102, and drives and controls the feed motor (not shown) in accordance with a control signal from the servo circuit 106. 在将光学头103移动到与光学信息记录介质100的所需记录轨道对应的位置时,记录与再现单元101在光学信息记录介质100内进行记录与再现信息。 Recording in the optical head 103 is moved to the desired record 100 and the optical information recording medium corresponding to the position of the track, the recording and reproducing unit 101 in the optical information recording medium 100 and reproduce information.

[0135] 当记录与再现单元101在光学信息记录介质100内记录信息时,通过接口109将外部计算机200的信号输入到信号调制器/解调器107。 [0135] When the recording and reproducing unit 101 in the optical information recording medium 100 when recording information, the signal interface 109 via an external computer 200 is input to the signal modulator / demodulator 107. 信号调制器/解调器107对从接口109输入的数字信息进行纠错编码,执行调制处理,并随后生成所记录的信号。 The signal modulator / demodulator 107 of the digital information inputted from the interface 109 performs error correction coding, performs modulation processing, and then generates the recorded signal. 激光驱动单元104根据由信号调制器/解调器107生成的记录信号控制光学头103的激光源,从而在光学信息记录介质100内记录信息。 A laser driving unit 104 controls the laser source of the optical head 103 according to a recording signal generated by the signal modulator / demodulator 107, 100 so that the information recorded in the optical information recording medium.

[0136] 当记录与再现单元101再现在光学信息记录介质100内记录的信息时,信号调制器/解调器107对由光检测器检测的信号执行解调制处理。 [0136] When reproducing the information recording medium 100 recording the optical information recording and reproducing unit 101, the signal modulator / demodulator 107 performs demodulation processing a signal detected by the light detector. 通过接口109将由信号调制器/解调器107解调制的记录信号输出到外部计算机200。 Output to the external computer 200 via the interface 109 by the signal modulator / demodulator 107 demodulates the recording signal. 因此,外部计算机200可接收在光学信息记录介质100内记录的信息。 Accordingly, the external computer 200 can receive information in the optical information recording medium 100 records.

[0137] [5.识别装置的配置] [0137] [The configuration identification device]

[0138] 图9示出了RFID标签32的一个配置实例,以作为连接至盘盒I的识别装置的一个实例。 [0138] FIG. 9 shows a configuration of the RFID tag 32 example, as one example of the disc cartridge I is connected to the identification device. 如上所述,RFID标签32具有由记录与再现设备40的读取单元50使用电磁场或无线电波通过近场通信读取或写入RFID标签32的识别信息的功能。 As described above, RFID tags used by the reading unit 32 has a recording and reproducing apparatus 40 or an electromagnetic field 50 is read by a radio wave or near field communication identification information written to the RFID tag 32 functions. 非接触式IC卡或RFID例如被用于识别装置。 Non-contact IC card or RFID for example identification means. 在本文中将描述已连接RFID标签32的一个实例。 In one example described herein as RFID tag 32 is attached.

[0139] RFID标签32包括基底61、IC芯片62以及天线线圈63。 [0139] RFID tag 32 includes a base 61, IC chip 62 and an antenna coil 63. 天线线圈63的两端连接至IC芯片62。 Ends of the antenna coil 63 is connected to the IC chip 62. 此外,可在基底61的两个表面上提供外部材料。 Further, the outer material may be provided on both surfaces of the substrate 61.

[0140] 薄膜形、片形或衬底形可被用作基底61的形状。 [0140] a film-shaped, sheet-shaped or the shape of the substrate may be used as the shape of the substrate 61. 然而,该基底不特别限于这种材料,并且可任意选择和使用根据RFID标签32所需要的特性的材料。 However, the substrate material is not particularly limited to this, and may be arbitrarily selected and used in accordance with the material characteristics of the RFID tag 32 is required. 对于基底61的材料,从耐用性、方便性等的角度来看,优选使用具有弹性的树脂材料。 For the material of the substrate 61, from the viewpoint of durability, convenience and the like, it is preferable to use a resin material having elasticity. 例如,PEN (聚萘二甲酸乙二醇酯)、PET (聚对苯二甲酸乙二醇酯)、聚酰亚胺(PI)或聚酯可被用作这种树脂材料。 For example, PEN (polyethylene naphthalate polyethylene terephthalate), PET (polyethylene terephthalate), polyimide (PI) can be used as such or polyester resin material. 然而,树脂材料不特别限于这些材料,并且根据RFID标签32所需的特性,可任意选择和使用一种众所周知的树脂材料。 However, the resin material is not particularly limited to these materials, and according to the desired characteristics of the RFID tag 32 may be arbitrarily selected and used a well-known resin material. [0141] 天线线圈63为在基底61上缠绕多次的具有环形线圈形状的电磁感应线圈,并且天线线圈的两端连接至IC芯片62。 [0141] The antenna coil 63 is wound around multiple electromagnetic induction coil having a loop coil shape on the substrate 61, and both ends of the antenna coil 62 is connected to the IC chip. 天线线圈63接收从作为读取单元50的读取器/写入器生成的AC磁场,感应出AC电压,并且将该AC电压提供给IC芯片62。 The antenna coil 63 receives from the reader 50 as a reading unit / writer generates an AC magnetic field is induced AC voltage, and supplies the AC voltage to the IC chip 62. 例如,缠绕方案、嵌入与缠绕方案、蚀刻方案、电镀方案或丝网印刷方案可被用作形成天线线圈63的方法。 For example, the program is wound, the winding is embedded program, etching scheme, a plating scheme or schemes may be used as a screen printing method of forming an antenna coil 63.

[0142] 利用从天线线圈63提供的功率驱动IC芯片62并且该IC芯片控制RFID标签32的每个单元。 [0142] by output driver IC chip 62 from the antenna coil 63 and the IC chip provided in the control unit 32 of each RFID tag. 例如,IC芯片62通过天线线圈63与读取器/写入器进行通信。 For example, IC chip 62 communicates with the reader / writer via the antenna coil 63. 具体而言,与读取器/写入器进行交叉认证或信息交换。 Specifically, the cross-certification or information exchange with the reader / writer.

[0143] 图10示出了RFID标签32的电路的一个配置实例,以作为识别装置的一个实例。 [0143] FIG. 10 shows a circuit of the RFID tag 32 example of a configuration, as one example of identification device. IC芯片62包括接口71、RAM72、R0M73、CPU74以及EEPROM (电可擦可编程ROM) 75。 The IC chip 62 includes an interface 71, RAM72, R0M73, CPU74 and EEPROM (electrically erasable programmable ROM) 75. 接口71、RAM72、R0M73、CPU74 以及EEPR0M75 连接至总线76。 Interface 71, RAM72, R0M73, CPU74 and EEPR0M75 connected to the bus 76.

[0144] RAM72被用作CPU74的工作存储器。 [0144] RAM72 is used as a work memory of the CPU74. 在EEPR0M75内存储输入到RFID标签32中的信息。 EEPR0M75 stored in the information 32 input into the RFID tag.

[0145] CPU74根据提前存储在R0M73内的操作程序进行操作,并且例如进行控制利用读取器/写入器进行的通信操作。 [0145] CPU74 operates in accordance with the operation program stored in advance in the R0M73, and a communication operation control example using the reader / writer performed. CPU74根据提前存储在R0M73内的操作程序进行操作。 CPU74 operates in accordance with the operation program stored in advance in the R0M73.

[0146] 已将非接触式IC卡技术的无线接口部分标准化的各种方案以及RFID或NFC (近场通信)均可被用作RFID标签32和读取单元50之间的通信方案。 [0146] a non-wireless interface part has a contact IC card technology standardized programs and an RFID or NFC (Near Field Communication) may be used as a communication scheme between the RFID tag 50 and the reading unit 32. 例如,可使用蓝牙(注册商标)。 For example, you can use the Bluetooth (registered trademark). 例如,可使用UWB (超宽带)。 For example, a UWB (Ultra Wideband). 此外,例如,可使用紫蜂(ZigBee)。 Further, for example, using ZigBee (ZigBee). 而且,通信方案可与近场无线电技术的多个方案对应。 Further, the program may correspond to a plurality of communication schemes near-field radio technology.

[0147] [6.存储识别信息的方法(操作)] [0147] [6. The method of storing identification information (operation)]

[0148] 在下文中,将参照图11和表2描述在盘盒I的识别装置内存储识别信息的方法的一个实例,光学信息记录介质100被容纳在该盘盒I内。 [0148] Hereinafter, 100 will be accommodated within the disc cartridge 2 in Table I and FIG 11 describes one example of the disc cartridge in the apparatus I to identify a method of storing identification information, with reference to the optical information recording medium. 在本文中,将描述一个实例,其中,RFID标签32被用作识别装置的一个实例。 Herein, an example will be described, wherein, RFID tags 32 are used as an example of identification means. 例如,在粘贴至盘盒I的RFID标签32内记录盘盒I与容纳在盘盒I内的光学信息记录介质100的信息,这通过使12个光学信息记录介质100、第一外壳3以及第二外壳4相结合来进行。 For example, in the attached information 100 to the disk cartridge I of the RFID tag 32 receiving the disc cartridge I is in the optical information recording medium of the disk cartridge I, 12 by which the optical information recording medium 100, the first housing 3 and the second two housing 4 is performed in combination. 此外,由系统控制器108的命令执行以下操作。 In addition, the following command by the system controller 108. 此外,可由外部计算机200的命令执行操作。 Further, the external computer 200 by the command execution operation.

[0149] 首先,在步骤SI中,读取RFID标签32的RFID唯一编号。 [0149] First, in step SI, the RFID read the RFID tag 32 a unique number. 在RFID标签32内提前记录RFID唯一编号,该编号为由每个标签独有的编号。 RFID unique number is recorded in advance in the RFID tag 32, the tag number by a number unique to each. 首先,例如,读取单元50将电磁波发送给RFID标签32。 First, for example, the reading unit 50 transmits an electromagnetic wave to the RFID tag 32. RFID标签32利用天线接收电磁波,并且用通过电磁感应生成的功率驱动集成电路。 RFID tag 32 receives electromagnetic waves with the antenna, and the driving integrated circuit by a power generated by electromagnetic induction. 此外,将RFID唯一编号从RFID标签32发送给读取单元50。 Further, the RFID unique number is sent to the reading unit 50 from the RFID tag 32. 随后由读取单元50执行从RFID标签32读取信息或者将该信息写入RFID标签32中。 Execution by the reading unit 50 is then written to the RFID tag 32. RFID tag 32 or reading information from the information.

[0150] 然后,在步骤S2中,生成RFID锁定与解锁编号。 [0150] Then, in step S2, generates RFID lock and unlock number. 使用在图6中所示的方法执行生成RFID锁定与解锁编号。 Used in the method shown in Figure 6 perform generation RFID lock and unlock number.

[0151] 然后,在步骤S3中,为光盘-O到光盘-11的12个光学信息记录介质100中的每个读取光盘的唯一编号。 [0151] Then, in step S3, the optical disc unique number -O -11 to 12 optical information recording medium is an optical disc to read the optical disc 100 each. 将盘盒I的从光盘-O到光盘-11的光学信息记录介质100按照顺序装载到记录与再现设备40的记录与再现单元(驱动器)101中,并且为12个光学信息记录介质100中的每个读取光盘的唯一编号。 The disk cartridge I from the optical disk to the optical information recording -O -11 optical disc medium 100 in order to load the recording and reproducing apparatus recording and reproducing unit 40 (driver) 101, 100 and the medium 12 is an optical information recording each unique number to read the disc.

[0152] 然后,在步骤S4中,生成认证码。 [0152] Then, in step S4, it generates an authentication code. 使用在图7中所示的方法执行生成认证码。 Shown in Figure 7 for use in a method of performing authentication code generation.

[0153] 然后,在步骤S5中,将光盘的共用信息写入RFID标签32的区域-1中。 [0153] Then, in step S5, the common information area of ​​the optical disk written to the RFID tag of -132. 光盘的共用信息包括例如标记码、光盘类型、光盘容量以及光盘层数,如表2中所示。 Common information of optical disks include, for example, the marker code, the disc type, disc capacity, and the number of layers of the optical disc, as shown in Table 2. [0154] 然后,在步骤S6中,锁定区域-1的读取。 [0154] Then, in step S6, the reading area locking -1. 在步骤S2中生成的锁定与解锁编号被用于锁定对在区域-1的区域内记录的信息的读取。 In step S2, the generated number is used to lock and unlock the lock reading information recorded in the area of ​​the region -1.

[0155] 然后,在步骤S7中,将光盘的唯一编号与认证码写入RFID标签32的区域_2中。 [0155] Then, in step S7, the unique number and the authentication code of the optical disc write RFID tag region 32 _2. 为12个光盘中的每个写入光盘的唯一编号。 12 CD is a unique number in each written to the disc.

[0156] 然后,在步骤S8中,锁定区域-2的读取与写入。 [0156] Then, in step S8, the read and write locking area -2. 在步骤S2中生成的锁定与解锁编号也被用于锁定对在区域-2的区域内记录的信息的读取。 In step S2, the lock and unlock number generated is also used to lock the reading of information recorded in the area of ​​the region of -2.

[0157] 使用上述方法,可以制造连接至盘盒I的RFID标签32,且在RFID标签32内已记录有容纳在盘盒I内的12个光学信息记录介质100中的每个的唯一编号,并且已锁定所记录的信息。 [0157] Using the above method, the disc cartridge can be manufactured connected to I RFID tag 32, and receiving 12 has been recorded in the optical information recording medium within the disk cartridge I 100 in each of the unique number of the RFID tag 32, and the recorded information is locked.

[0158] [7.操作记录与再现设备的方法] [0158] [Operation 7. The method of recording and reproducing apparatus]

[0159] 在下文中,将参照图12描述盘盒I的记录与再现设备40的操作的一个实例。 [0159] Hereinafter, will be described with reference to FIG. 12 example of the operation of the disc cartridge I is a recording and reproducing apparatus 40. 此夕卜,由系统控制器108的命令执行以下操作。 Bu this evening, the following command by the system controller 108. 此外,可由来自外部计算机200的命令执行该操作。 In addition, by executing the operation command from the external computer 200.

[0160] 首先,在步骤Sll中,装载盘盒I。 [0160] First, in step Sll, the loading cartridge I. 从记录与再现设备40的面板43的盒子插入/排出开口中插入盘盒I,并且RFID标签32位于读取单元50附近。 Cartridge is inserted from the recording and reproducing apparatus 40 of the panel 43 / cartridge is inserted in the discharge opening I, and the RFID tag 32 is located near the reading unit 50.

[0161] 然后,在步骤S12中,读取RFID唯一编号,该编号为已提前记录在RFID标签32内的由每个标签独有的编号。 [0161] Then, in step S12, reading the RFID unique number, the number is already recorded in advance by each unique tag ID of the RFID tag 32. 更具体而言,首先,读取单元50将电磁波发送给RFID标签32。 More specifically, first, the reading unit 50 transmits an electromagnetic wave to the RFID tag 32. RFID标签32利用天线接收电磁波,并且用通过电磁感应生成的功率驱动集成电路。 RFID tag 32 receives electromagnetic waves with the antenna, and the driving integrated circuit by a power generated by electromagnetic induction. 而且,将RFID唯一编号从RFID标签32发送给读取单元50。 Furthermore, the RFID unique number is sent to the reading unit 50 from the RFID tag 32.

[0162] 然后,在步骤S13中,生成锁定与解锁编号。 [0162] Then, in step S13, to generate lock and unlock number. 使用在图6中所示的方法执行生成锁定与解锁编号。 Used in the method shown in Figure 6 perform generation lock and unlock number.

[0163] 然后,在步骤S14中,将RFID解锁。 [0163] Then, in step S14, the RFID unlocked. 将在操作A中生成的锁定与解锁编号从读取单元50发送到RFID标签32。 A generated in the operation of the lock and unlock number transmitted from the reading unit 50 to the RFID tag 32. 而且,将已锁定其读取的RFID标签32的区域-1的区域以及已锁定其读取与写入的RFID标签32的区域-2的区域解锁。 Further, RFID tags it reads -1 region area 32 and the locked locked unlocked region which reading and writing the RFID tag region 32 -2. 因此,读取单元50可执行读取区域-1和区域-2并且写入区域-2中。 Thus, the reading unit 50 may perform the reading area 1 and area and the writing area -2 -2.

[0164] 然后,在步骤S15中,生成认证码。 [0164] Then, in step S15, to generate the authentication code. 在可进行读取的区域-2中,记录容纳在盘盒I内的12个光盘中的每个的光盘唯一编号。 -2 in the region may be read, the recording disc 12 housed in the disc cartridge I is unique for each disc number. 读取单元50读取光盘唯一编号。 An optical disc reading unit 50 reads the unique number. 而且,使用在图7中所示的方法执行生成认证码。 Further, in the method shown in Figure 7 is executed to generate the authentication code.

[0165] 然后,在步骤S16中,进行确定认证码是否匹配。 [0165] Then, in step S16, a determination whether the authentication code matches. 已在区域-2中提前记录认证码。 Authentication code has been recorded in advance in the region of -2. 首先,读取单元50读取认证码。 First, the reading unit 50 reads the authentication code. 而且,系统控制器108比较所读取的认证码与通过操作B获得的认证码。 Further, the system controller 108 compares the authentication codes and the read code obtained by operating the authentication B. 而且,在这两个认证码不匹配时,系统控制器108确定已检测到不合适的认证码。 Further, when these two authentication codes do not match, the system controller 108 determines detected improper authentication code. 在已检测到不合适的认证码时,该处理进入步骤S17。 Has been detected in the improper authentication code, the process proceeds to step S17. 另一方面,在未检测到不合适的认证码时,该处理进入步骤S18。 On the other hand, when no improper authentication code is detected, the process proceeds to step S18.

[0166] 在已检测到不合适的认证码时,在步骤S17中,RFID被视为已变得不合适,并且排出从中检测到不合适的RFID的盘盒I。 [0166] When the detected improper authentication code, at step S17, RFID is deemed to have become inappropriate, and the disk cartridge is discharged from the RFID detected unsuitable I. 因此,防止RFID标签32进行不恰当的交换。 Thus, the RFID tag 32 is prevented from inappropriate exchange. 另一方面,在步骤S18中,当未检测到不合适的认证码时,将多个光学信息记录介质100中的一个(例如,光盘-O)装载到记录与再现单元(驱动器)101中。 On the other hand, in step S18, when no detected improper authentication code, a plurality of optical information recording medium in a 100 (e.g., an optical disk -O) loaded into the recording and reproducing unit (driver) 101.

[0167] 然后,在步骤S19中,读取光盘唯一编号,该编号为已在光学信息记录介质100内提前记录的由每个光盘独有的编号。 [0167] Then, in step S19, it reads the disc unique number that is unique to each disk by the number 100 has been recorded in advance in the optical information recording medium. 例如,记录与再现单元101读取第一光盘-O的光盘唯一编号。 For example, the recording and reproducing unit 101 reads the unique number of the first disc of the disc -O.

[0168] 然后,在步骤S20中,比较光盘唯一编号以确定光盘唯一编号是否匹配。 [0168] Then, in step S20, the disc unique number to determine the comparative disc unique numbers match. 系统控制器108比较由记录与再现单元101读取的光盘-O的唯一编号与在步骤S15中读取的区域-2的光盘-O的唯一编号。 The system controller 108 compares the unique ID read by the recording and reproducing unit 101 of the optical disc -O-2 region of the optical disc is read in step S15 is -O unique number. 而且,在这两个光盘唯一编号不匹配时,系统控制器108确定检测到这种不适当性。 Further, when the two disc unique numbers do not match, the system controller 108 determines detection of such inappropriateness. 在光盘唯一编号不匹配时,该处理进入步骤S21。 When the disc unique numbers do not match, the process proceeds to step S21. 另一方面,在光盘唯一编号匹配时,换言之,在通过组合确定适当性时,该处理进入步骤S22。 On the other hand, when the disc unique numbers match, in other words, when the determination by appropriate combination, the process proceeds to step S22.

[0169] 当光盘唯一编号不匹配时,在步骤S21中,光学信息记录介质100 (光盘-O)被视为已不适当地进行交换,并且排出检测到不适当的光盘的盘盒I。 [0169] When the disc unique numbers do not match, in step S21, the optical information recording medium 100 (optical disk -O) is deemed to have improperly exchanged, and the cartridge ejection of the optical disc is detected improper I. 因此,防止光学信息记录介质100进行不恰当的交换。 Thus, 100 to prevent improper optical information recording medium of exchange.

[0170] 另一方面,在光盘唯一编号匹配时,比较光盘共用信息以确定光盘唯一编号在步骤S22中是否匹配。 [0170] On the other hand, when the disc unique numbers match, the comparison disc common information to determine whether the disc unique ID matches in the step S22. 在区域-1中记录由12个光学信息记录介质100共有的光盘共用信息。 A recordable optical disc 12 by the optical information recording medium 100 in the region of the common information common to -1. 首先,读取单元50读取该光盘共用信息。 First, the reading unit 50 reads the disc common information. 然后,记录与再现单元101在例如第一光盘-O中读取光盘共用信息。 Then, the recording and reproducing unit 101 reads disc common information, for example, in the first optical disk -O. 系统控制器108比较由记录与再现单元101读取的光盘共用信息与区域-1的光盘共用信息。 The system controller 108 compares the common information area of ​​the optical disc by the optical disc 1 in recording and reproducing unit 101 reads the common information. 而且,在光盘共用信息不匹配时,系统控制器108确定检测到这种不适当性。 Further, when the disc common information does not match, the system controller 108 determines detection of such inappropriateness. 在光盘共用信息不匹配时,该处理进入步骤S21。 When disc common information does not match, the process proceeds to step S21. 另一方面,在光盘共用信息匹配时,该处理进入步骤S23。 On the other hand, when the disc common information matches, the process proceeds to step S23.

[0171] 此外,在步骤S15中,可执行读取在区域-1中记录的光盘共用信息。 [0171] Further, in step S15, the optical disc can perform read information recorded in the common area -1. 而且,在步骤S19中,可执行从光学信息记录介质100中读取光盘共用信息。 Further, in step S19, an executable from the optical information recording medium 100 reads disc common information.

[0172] 当光盘共用信息不匹配时,在步骤S21中,光学信息记录介质100 (光盘-O)被视为已不适当地进行交换,并且排出检测到不适当的光盘的盒子。 [0172] When the disc common information does not match, in step S21, the optical information recording medium 100 (optical disk -O) is deemed to have improperly exchanged, and the improper discharge detection optical disk cartridge. 因此,在本文中也防止光学信息记录介质100进行不恰当的交换。 Thus, herein also prevents improper exchange 100 for the optical information recording medium.

[0173] 另一方面,当光盘共用信息匹配时,在步骤S23中,执行在光学信息记录介质100(光盘-O)中记录信息或再现该信息。 [0173] On the other hand, when the optical disc common information match, in step S23, executed in the optical information recording medium 100 (optical disk -O) recording information or reproducing the information.

[0174] 当结束光学信息记录介质100 (光盘-O)中的记录或再现信息时,在步骤S24中,光学信息记录介质100 (光盘-O)返回到盘盒I中。 [0174] Upon completion of recording the optical information recording medium 100 (optical disk -O) or reproduce information, in step S24, the optical information recording medium 100 (optical disk -O) returns to the disk cartridge I below.

[0175] 然后,在步骤S25中,进行确定是否结束在盘盒I中的记录或再现信息。 [0175] Then, in step S25, a determination whether to end the recording of the disc cartridge I or reproduce information. 在结束盘盒I中的记录或再现信息时,该处理进入步骤S26。 When recording or reproducing information at the end of the disk cartridge I, the process proceeds to step S26. 另一方面,在未结束盘盒I中的记录或再现信息时,该处理进入步骤S27。 On the other hand, when the disc cartridge I is not completed or reproduce information, the process proceeds to step S27.

[0176] 当结束盘盒I中的记录或再现信息时,在步骤S26中,排出盘盒I。 [0176] When recording or reproducing information of the disc cartridge I is ended, in step S26, the disk cartridge ejection I.

[0177] 另一方面,在步骤S27中,当继续盘盒I中的记录或再现信息时,将下一个光学信息记录介质100 (例如,光盘-1)装载到记录与再现单元(驱动器)101中,并且该处理返回步骤S19。 [0177] On the other hand, in step S27, when the disc cartridge to continue recording or reproducing information I, the next optical information recording medium 100 (e.g., an optical disc -1) is loaded into the recording and reproducing unit (driver) 101 , and the process returns to step S19.

[0178] 此外,可损坏已记录光学信息记录介质100的光盘唯一编号或光盘共用信息的区域。 [0178] Further, the optical information recording medium is damaged area optical disc or the optical disc unique number of common information 100 has been recorded. 当难以在这些步骤S19和S22中进行读取时,可停止使用光学信息记录介质100 (例如,光盘-O),并且光盘-O可与下一个光学信息记录介质100 (光盘-1)交换。 When it is difficult to read these steps S19 and S22, to stop using the optical information recording medium 100 (e.g., an optical disk -O), and the optical disc medium 100 may be -O (-1 disc) exchange information with the next optical recording.

[0179] 此外,在相同的情况下,可停止使用容纳在盘盒I中的所有光学信息记录介质100。 [0179] In addition, under the same circumstances, you can stop using all housed in the optical information recording medium in the disk cartridge I 100.

[0180] 利用上述方法,可以通过不合适的RFID标签32或不合适的光学信息记录介质100检测盘盒1,并且在盘盒I内正常地执行记录或再现信息。 [0180] With the above method, the optical information recording unsuitable by the RFID tag 32 is detected or unsuitable medium 100 disc cartridge 1, the disc cartridge I and the normal information recording or reproducing is performed. [0181] [8.与记录与再现设备连接的外部计算机的配置] [0181] [8 external computer connected to the recording and reproducing apparatus configuration]

[0182] 图13示出了与上述记录与再现设备40连接的外部计算机200的配置的一个实例。 [0182] FIG. 13 illustrates an example of a configuration of an external computer connected to the recording and reproducing apparatus 40 of 200. 外部计算机200例如是具有根据通用个人计算机或计算机装置的配置的装置。 The external computer device 200 is configured in accordance with, for example, a general personal computer or a computer apparatus having.

[0183] 在外部计算机200中,CPU202、R0M203以及RAM204连接至总线201。 [0183] In the external computer 200, CPU202, R0M203 RAM204 and 201 connected to the bus. 在R0M203中,提前存储初始程序,以用于启动例如外部计算机200。 In R0M203, the initial program stored in advance, for example, an external computer 200 to start. RAM204被用作CPU202的工作存储器。 RAM204 is used as a work memory of CPU202.

[0184] 显示单元205、输入与输出接口(输入与输出I/F)206、硬盘驱动器208以及通信接口(通信I/F) 209也连接至总线201。 [0184] the display unit 205, input and output interface (input and output I / F) 206, a hard disk drive 208 and a communication interface (communication I / F) 209 is also connected to the bus 201. 显示单元205嵌入在外部计算机200内或连接至外部计算机200并且使用该显示单元,该显示单元根据由CPU202生成的显示控制信号进行显示。 The display unit 205 is embedded in the external computer 200 or 200 is connected to an external computer and using the display unit, the display control unit performs display according to the display signal generated by the CPU202. 用于从用户接收输入的输入单元207 (例如,键盘、鼠标或具有预定的操纵装置的操纵面板)连接至输入和输出I/F206。 Input unit for receiving input from a user 207 (e.g., a keyboard, a mouse, or a manipulation panel having a predetermined actuating device) is connected to the input and output I / F206.

[0185] 而且,作为能够在光学信息记录介质100内进行记录与再现的驱动装置,记录与再现设备40连接至输入和输出I/F206。 [0185] Further, as the medium 100 capable of recording the optical information recording connected to the input and output I / F206 the drive apparatus reproducing, recording and reproducing apparatus 40.

[0186] 在硬盘驱动器208内存储用于控制外部计算机200的操作并且执行上述每种方法的程序。 [0186] In the hard disk drive 208 stores programs for controlling operation of the external computer 200 and executing the program of each of the above methods. 例如,在启动外部计算机200时,CPU202根据从R0M203中读取的初始程序读取在硬盘驱动器208内记录的程序,在RAM204上展开该程序,并且控制外部计算机200的操作。 For example, when starting the external computer 200, CPU 202 reads the initial program read from R0M203 program recorded in the hard disk drive 208, expands the program on RAM 204, and controls the operation of the external computer 200.

[0187] 例如,通信I/F209通过网络(例如,LAN(局域网))连接至另一计算机。 [0187] For example, the communication I / F209 (e.g., the LAN (Local Area Network)) is connected to another computer through a network. 通过另一计算机,可通过通信I/F209在记录与再现设备40中执行记录和再现光学信息记录介质100。 Through another computer, / F209 performed by the communication I recorded in the recording and reproducing apparatus 40 and the reproducing of the optical information recording medium 100.

[0188]〈变体〉 [0188] <Variation>

[0189] 在第二外壳4中,为每个盘盒I描述唯一编号。 [0189] In the second housing 4, a unique number for each disk cartridge I. 在变体中,第二外壳4的唯一编号代替光盘唯一编号与光盘共用信息而被使用。 In a variant, the unique number of the second housing 4 and the disc unique number instead of the common information on the disc is used. 制备用于读取第二外壳4的唯一编号的未示出的读取单元。 Preparing a second housing for reading the unique ID of the reading unit 4 is not shown.

[0190] 在这种情况下,执行读取第二外壳4的唯一编号,代替在[6.存储识别信息的方法]的步骤S3中读取12个光盘的光盘唯一编号。 Step [0190] In this case, a read of the unique number of the second housing 4, instead of [6 stores identification information] The process of reading the optical disk 12 in the optical disc unique number S3. 此外,在步骤S7中,写入第二外壳4的唯一编号以及区域2的认证码,代替光盘唯一编号。 Further, in step S7, write the unique number and the authentication code area 4 of the second housing 2, instead of the optical disc unique number. 因此,在RFID内登记用于在第二外壳4中描述的每个盘盒I的唯一编号。 Thus, registered in the RFID unique number for each disc cartridge I is described in the second housing 4.

[0191] 而且,可执行读取第二外壳4的唯一编号,代替在[7.操作记录与再现设备的方法]的步骤S19、S20以及S21中的读取光盘唯一编号。 [0191] Further, the executable reads the unique number of the second housing 4, the optical disc instead of reading the unique number in [method 7. The operation of the recording and reproducing apparatus] steps S19, S20 and S21 is.

[0192] 换言之,在步骤S19中读取第二外壳4的唯一编号。 [0192] In other words, reading the unique number of the second housing 4 in step S19.

[0193] 然后,在步骤S20中,比较第二外壳4的唯一编号以确定唯一编号是否匹配。 [0193] Then, in step S20, the unique number of the second housing 4 Comparative unique number to determine if they match. 系统控制器108比较由未示出的读取单元读取的第二外壳4的唯一编号与在步骤S15中读取的区域-2的第二外壳4的唯一编号。 The system controller 108 compares the unique number by the reading unit (not shown) to read a second housing and a second housing region 4 -2 in step S15 reads the unique number of 4. 而且,在第二外壳4的这两个唯一编号不匹配时,系统控制器108确定检测到这种不适当性。 Further, when both the unique ID does not match the second housing 4, the system controller 108 determines detection of such inappropriateness. 在第二外壳4的唯一编号不匹配时,该处理进入步骤S21。 When the unique number of the second housing 4 does not match, the process proceeds to step S21. 另一方面,在唯一编号匹配时,该处理进入步骤S23。 On the other hand, when unique numbers match, the process proceeds to step S23.

[0194] 在第二外壳4的唯一编号不匹配时,在步骤S21中,第二外壳4被视为已不适当地进行交换,并且排出检测到不适当的外壳的盘盒I。 [0194] When the unique ID does not match the second housing 4, in step S21, the second housing 4 is deemed to have been improperly exchanged, and inappropriate ejection cartridge housing detected I.

[0195] 另一方面,在第二外壳4的唯一编号匹配时,在步骤S23中,执行在光学信息记录介质100 (例如,光盘-O)中记录或再现信息。 [0195] On the other hand, when the unique number matches the second housing 4, in step S23, executed in the optical information recording medium 100 (e.g., an optical disk -O) recording or reproducing information.

[0196] 通过这样做,可以确定第一外壳3与第二外壳4相结合的正常性。 [0196] By so doing, may determine that the first housing 3 and the second housing 4 in combination normality. [0197] 此外,在第二外壳4中描述的唯一编号可具有用于认证码的形式。 [0197] In addition, the unique number described in the second housing 4 may have the form of a code for authentication. 在这种情况下,执行读取第二外壳4的唯一编号,并且在[6.存储识别信息的方法]的步骤S3中读取12个光盘编号。 In this case, a read of the unique number of the second housing 4, and in step [6. The method of storing identification information] 12 disc ID read in S3. 然后,在步骤S4中,执行生成认证码。 Then, in step S4 is executed to generate the authentication code. 此外,在步骤S7中,将第二外壳4的唯一编号与光盘唯一编号以及认证码一起写入区域-2中。 Further, in step S7, the writing area with the second housing -2 unique number and the unique number and the authentication code disc 4. 而且,在[7.操作记录与再现设备的方法]的步骤S15中,在生成认证码时,可使用第二外壳4的唯一编号。 Further, in the [Operation 7. The method of recording and reproducing apparatus] in step S15, when generating the authentication code, the unique number of the second housing 4 can be used.

[0198] 在本公开中,介质被容纳在一个外壳内。 [0198] In the present disclosure, the medium is housed in a housing. 为此,在上述变体中,可以确认第一外壳(例如,上部外壳)与第二外壳(例如,下部外壳)的组合的有效性。 For this reason, in the above variant, the housing may be a first acknowledgment (e.g., an upper housing) and second housing (e.g., the lower case) the effectiveness of the combination. 因此,可以检测第一外壳或第二外壳的替换。 Thus, replacing the first housing or the second housing can be detected. 因此,可以间接检测外壳与介质的结合。 Thus, the housing can be detected indirectly with binding medium.

[0199][实施方式的效果] [0199] [Effects of Embodiment]

[0200] 在本公开的实施方式中,RFID连接至上部外壳,并且在RFID中登记容纳在下部外壳内的光盘的唯一编号。 [0200] In an embodiment of the present disclosure, RFID connected to the upper portion of the housing, and registers the unique ID received in the lower housing of the optical disk in the RFID. 在本公开中,通过该配置,实现了可识别盘盒与光盘的组合以及盘盒的上部与下部外壳的组合的效果。 In the present disclosure, by this arrangement, an effect is achieved in combination with a disc cartridge may be identified and combinations of upper and lower portions of the housing of the disk cartridge. 同样,在本公开中,通过在RFID中登记在下部外壳中描述的用于每个盘盒的唯一编号的配置,实现了可识别盘盒的上部与下部外壳的组合的效果。 Also, in the present disclosure, by registration in the RFID unique number is used to configure each disk cartridge described in the lower portion of the housing, to achieve the effect of the combination of the upper and lower shell of the disk cartridge can be identified. 因此,根据本公开,可以提供一种盒子与一种转换器,在该转换器中,可确认光学信息记录介质或容纳该光学信息记录介质的盒子的正常性。 Thus, according to the present disclosure, may provide a cartridge and a converter in the converter, the optical information recording medium can be confirmed, or a normal receiving of the optical information recording medium of the box.

[0201] 此外,也可如下配置本技术。 [0201] Further, the present technology may also be configured as follows.

[0202] (I) 一种盒子,包括: [0202] (I) A packet, comprising:

[0203] 多个光学信息记录介质,其上记录有唯一信息; [0203] plurality of optical information recording medium unique information recorded thereon;

[0204] 容纳体,被配置为容纳所述多个光学信息记录介质;以及 [0204] receiving member configured to receive the plurality of optical information recording medium;

[0205] 识别装置,被配置为存储所述多个光学信息记录介质的所述唯一信息并且以非接触的方式将所述唯一信息提供给转换器,在所述容纳体内设置所述识别装置。 [0205] identification means is configured to store the plurality of the optical information recording medium unique information in a non-contact manner, and the unique information to the converter, the receiving body is provided in the identification device.

[0206] (2)根据(I)所述的盒子,其中,所述唯一信息包括每个介质的唯一编号。 [0206] (2) (I) of the box, wherein the unique information includes a unique number for each medium.

[0207] (3)根据(I )至(2)中任一项所述的盒子,其中,所述识别装置进一步存储由所述多个光学信息记录介质所共有的共用信息。 [0207] (3) (I) to (2) according to any one of the cartridge, wherein said identifying means further stores a plurality of the optical information recording medium common to the common information.

[0208] (4)根据(I )至(3)中任一项所述的盒子,其中,所述识别装置进一步存储所述识别装置的唯一信息。 [0208] (4) A (I) to (3) according to any one of the cartridge, wherein the unique information storing means further identification of the identification device.

[0209] (5)根据(I)至(4)中任一项所述的盒子,其中,由使用所述识别装置的唯一信息生成的第一密钥信息锁定存储在所述识别装置内的所述唯一信息。 [0209] (5) (I) to (4) according to any one of the box, wherein the unique identification information from the device using the generated first key information stored in the identification locking means the unique information.

[0210] (6)根据(5)所述的盒子,其中,由所述识别装置的所述唯一信息和提供给所述转换器的第二密钥信息生成所述第一密钥信息。 [0210] (6) (5) of the box, wherein the identification device by the unique information and the key information to the second transducer to generate the first key information.

[0211] (7)根据(I )至(6)中任一项所述的盒子,其中,所述识别装置进一步存储所述识别装置的验证信息。 [0211] (7) (I) to any one of (6) one of the cartridge, wherein said identifying means further stores authentication information of the identification device.

[0212] (8)根据(7)所述的盒子,其中,所述验证信息是使用所述多个光学信息记录介质的所述唯一信息生成的信息。 The unique information generated by the information [0212] (8) according to (7) of the box, wherein the plurality of authentication information using the optical information recording medium.

[0213] (9)根据(8)所述的盒子,其中,由所述多个光学信息记录介质的所述唯一信息和提供给所述转换器的第三密钥信息生成所述验证信息。 [0213] (9) according to claim (8) a box, wherein a plurality of the optical information recording medium unique information and the third key provided to said transducer to generate the information of verification information.

[0214] (10)根据(I)至(9)中任一项所述的盒子, [0214] (10) A (I) to the box (9) according to any preceding claim,

[0215] 其中,所述容纳体包括第一外壳和第二外壳,以及 [0215] wherein, said container comprising a first and second housings, and

[0216] 其中,所述多个光学信息记录介质被容纳在所述第一外壳和所述第二外壳中的一个内,并且在另一个外壳内设置所述识别装置。 A [0216] wherein the plurality of optical information recording medium is housed in the first housing and the second housing in the interior, and the identification means provided in the other housing.

[0217] (11) 一种转换器,包括: [0217] (11) A converter, comprising:

[0218] 盒子容纳单元,被配置为容纳盒子,所述盒子包括:多个光学信息记录介质,其上记录有唯一信息;容纳体,其容纳所述多个光学信息记录介质;以及识别装置,其存储所述多个光学信息记录介质的所述唯一信息并且以非接触的方式将所述唯一信息提供给所述转换器,在所述容纳体内设置所述识别装置; [0218] cartridge receiving unit configured to receive a cassette, said cassette comprising: a plurality of optical information recording medium on which is recorded unique information; receiving body that houses the plurality of optical information recording medium; and a recognition means, storing the unique information of the plurality of optical information recording medium in a non-contact manner, and the unique information to the converter, the receiving body is provided in the identification device;

[0219] 光学单元,被配置为对所述光学信息记录介质进行记录或再现; [0219] The optical unit is configured to perform the recording or reproducing optical information recording medium;

[0220] 读取单元,被配置为以非接触的方式读取所述盒子的所述识别装置的信息;以及 [0220] reading unit configured to read a non-contact manner said identification information of said cassette means; and

[0221] 控制单元,被配置为比较从所述光学信息记录介质中读取的所述唯一信息与从所述识别装置中读取的所述唯一信息。 [0221] a control unit configured to compare the unique information read from the optical information recording medium with the read from the recognition device unique information.

[0222] (12)根据(11)所述的转换器,其中,所述光学单元在通过所述比较而确定为合适的所述光学信息记录介质中对数据进行记录或再现,并且在完成所述光学信息记录介质的记录或再现之后,对与所述光学信息记录介质不同的光学信息记录介质的唯一信息进行比较。 [0222] (12) The converter according to (11), wherein said optical unit for recording or reproducing data in the comparison is determined as appropriate by the optical information recording medium, and upon completion of the after said recording of the optical information recording medium or reproducing information unique to the optical information recording medium different from the optical information recording medium for comparison.

[0223] (13)根据(11)至(12)中任一项所述的转换器, [0223] (13) (11) to (12) according to any one of the converter,

[0224] 其中,存储在所述识别装置内的所述唯一信息由第一密钥信息锁定,以及 [0224] wherein the unique information stored in the identification means is locked by the first key information, and

[0225] 其中,所述控制单元使用所述识别装置的唯一信息生成所述第一密钥信息,并且使用所述第一密钥信息将存储在所述识别装置内的所述唯一信息解锁。 [0225] wherein the control unit using the unique information identification means for generating the first key information using the first key and the information stored in the unique information identification device unlocking.

[0226] (14)根据(13)所述的转换器,其中,由所述识别装置的所述唯一信息和提供给所述转换器的第二密钥信息生成所述第一密钥信息。 [0226] (14) The converter according to (13), wherein said identifying means is generated by the unique information and the second key information to the converter the first key information.

[0227] (15)根据(13)至(14)中任一项所述的转换器, [0227] (15) (13) to (14) according to any one of the converters, and

[0228] 其中,所述识别装置进一步存储验证信息,以及 [0228] wherein said identifying means further stores authentication information, and

[0229] 其中,所述控制单元使用从所述识别装置中读取的所述多个光学信息记录介质的所述唯一信息生成所述验证信息,并且比较所生成的验证信息与从所述识别装置中读取的所述验证信息。 [0229] wherein the control unit uses the plurality of optical information recording medium is read from the recognition device unique information to generate the authentication information, and comparing the generated verification information with the identification from the authentication information read means.

[0230] (16)根据(13)至(15)中任一项所述的转换器, [0230] (16) (13) to (15) according to any one of the converter,

[0231]其中,由所有所述光学信息记录介质所共有的共用信息进一步被存储在所述多个光学信息记录介质内, [0231] wherein, shared by all the optical information recording medium is further common information stored in the plurality of optical information recording medium,

[0232] 其中,所述识别装置进一步存储由所述多个光学信息记录介质所共有的所述共用ί目息,以及 [0232] wherein said identifying means further stores a plurality of the optical information recording medium common to the common ί mesh information, and

[0233] 其中,所述控制单元比较从所述光学信息记录介质中读取的所述共用信息与从所述识别装置中读取的共用信息。 [0233] wherein the control unit compares the information read from the optical recording medium in the common information and the common information read from the identification means.

[0234] 已具体描述了本公开的实施方式。 [0234] it has been specifically described embodiments of the present disclosure. 然而,本公开的实施方式不限于上述实施方式,而是可根据本公开的技术精神与本质通过各种方式进行修改。 However, embodiments of the present disclosure is not limited to the above embodiments, but may be modified in various ways according to the technical spirit of the present disclosure and Essence. 例如,在上述实施方式中提及的配置、方法、处理、形状、材料、数值等仅为实例。 For example, in the above-mentioned embodiment, configurations, methods, processes, shapes, materials, numerical values, etc. are merely examples. 必要时,可使用不同的配置、方法、处理、形状、材料、数值等。 When necessary, may use different configurations, methods, processes, shapes, materials, numerical values ​​and the like.

[0235] 此外,只要不背离本公开的精神,在上述实施方式中的配置、方法、处理、形状、材料、数值等就可相结合。 [0235] Further, without departing from the spirit of the present disclosure, disposed in the above-described embodiment, the methods, processes, shapes, materials, numerical values, etc. can be combined. 例如,可使用一种管理方法,该管理方法是操作该实施方式的记录与再现设备的方法与上述变体的结合。 For example, a management method can be used, the operation management method is a method of recording and reproducing apparatus of this embodiment in combination with the above-described embodiment variants.

Claims (16)

  1. 1.一种盒子,包括: 多个光学信息记录介质,具有记录在其上的唯一信息; 容纳体,被配置为容纳所述多个光学信息记录介质;以及识别装置,被配置为存储所述多个光学信息记录介质的所述唯一信息并且以非接触的方式将所述唯一信息提供给转换器,所述识别装置设置在所述容纳体内。 CLAIMS 1. A cassette, comprising: a plurality of optical information recording medium having unique information recorded thereon; receiving member configured to receive the plurality of optical information recording medium; identifying means is configured to store the the plurality of optical information recording medium unique information in a non-contact manner, and the unique information to the converter, said identification means provided on the receiving body.
  2. 2.根据权利要求1所述的盒子,其中,所述唯一信息包括每个介质的唯一编号。 2. The cartridge according to claim 1, wherein the unique information includes a unique number for each medium.
  3. 3.根据权利要求1所述的盒子,其中,所述识别装置进一步存储由所述多个光学信息记录介质所共有的共用信息。 3. A cartridge according to claim 1, wherein said storing said plurality of further optical information recording medium common to the common information identification means.
  4. 4.根据权利要求1所述的盒子,其中,所述识别装置进一步存储所述识别装置的唯一信息。 4. A cartridge according to claim 1, wherein the unique information storing means further identification of the identification device.
  5. 5.根据权利要求1所述的盒子,其中,由使用所述识别装置的唯一信息生成的第一密钥信息锁定存储在所述识别装置内的所述唯一信息。 The box according to claim 1, wherein the unique information is generated by using the identification information of the locking means of the first key information stored in the unique identification means.
  6. 6.根据权利要求5所述的盒子,其中,由所述识别装置的所述唯一信息和提供给所述转换器的第二密钥信息生成所述第一密钥信息。 6. The cartridge according to claim 5, wherein said identification means by said unique information and the key information to the second transducer to generate the first key information.
  7. 7.根据权利要求1所述的盒子,其中,所述识别装置进一步存储所述识别装置的验证信息。 7. A cartridge according to claim 1, wherein said identifying means further stores authentication information of the identification device.
  8. 8.根据权利要求7所述的盒子,其中,所述验证信息是使用所述多个光学信息记录介质的所述唯一信息生成的信息。 8. A cartridge according to claim 7, the unique information generation information, wherein the plurality of authentication information using the optical information recording medium.
  9. 9.根据权利要求8所述的盒子,其中,由所述多个光学信息记录介质的所述唯一信息和提供给所述转换器的第三密钥信息生成所述验证信息。 9. A cartridge according to claim 8, wherein the unique information and the third key to the information provided by said converter of said plurality of optical information recording medium to generate the verification information.
  10. 10.根据权利要求1所述的盒子, 其中,所述容纳体包括第一外壳和第二外壳,以及其中,所述多个光学信息记录介质被容纳在所述第一外壳和所述第二外壳中的一个内,并且所述识别装置被设置在另一个外壳内。 10. A cartridge according to claim 1, wherein said container comprising a first and second housings, and wherein the plurality of optical information recording media accommodated in the first housing and the second an inner housing, and said identification means is provided in the other housing.
  11. 11.一种转换器,包括: 盒子容纳单元,被配置为容纳盒子,所述盒子包括:多个光学信息记录介质,具有记录在其上的唯一信息;容纳体,容纳所述多个光学信息记录介质;以及识别装置,存储所述多个光学信息记录介质的所述唯一信息并且以非接触的方式将所述唯一信息提供给所述转换器,所述识别装置设置在所述容纳体内; 光学单元,被配置为对所述光学信息记录介质进行记录或再现; 读取单元,被配置为以非接触的方式读取所述盒子的所述识别装置的信息;以及控制单元,被配置为比较从所述光学信息记录介质中读取的所述唯一信息与从所述识别装置中读取的所述唯一信息。 A converter, comprising: a cassette receiving unit configured to receive a cassette, said cassette comprising: a plurality of optical information recording medium having unique information recorded thereon; receiving body receiving the plurality of optical information a recording medium; and a recognition means, storing the unique information of the plurality of optical information recording medium in a non-contact manner, and the unique information to said converter, said identification means disposed in said housing member; an optical unit configured to the optical information recording medium for recording or reproducing; a reading unit configured to read a non-contact manner the identifying information of said cassette means; and a control unit, configured to comparing the information read from the optical recording medium of the unique information with the unique information read from the identification means.
  12. 12.根据权利要求11所述的转换器,其中,所述光学单元执行在通过所述比较而确定为合适的所述光学信息记录介质中的数据的记录或再现,并且在完成所述光学信息记录介质的记录或再现之后,执行与所述光学信息记录介质不同的光学信息记录介质的唯一信息的比较。 12. A converter according to claim 11, wherein the optical recording data unit is determined to be performed by the more appropriate of the optical information recording medium or reproducing the optical information and complete after recording or reproducing medium compared performs unique information different from the optical information recording medium and an optical information recording medium.
  13. 13.根据权利要求11所述的转换器, 其中,存储在所述识别装置内的所述唯一信息由第一密钥信息锁定,以及其中,所述控制单元使用所述识别装置的唯一信息生成所述第一密钥信息,并且使用所述第一密钥信息将存储在所述识别装置内的所述唯一信息解锁。 Generating unique information converter according to claim 11, wherein the unique information stored in the identification means is locked by the first key information, and wherein the control unit uses the identification device the first key information using the first key and the information stored in the unique information identification device unlocking.
  14. 14.根据权利要求13所述的转换器,其中,由所述识别装置的所述唯一信息和提供给所述转换器的第二密钥信息生成所述第一密钥信息。 14. The converter according to claim 13, wherein the identification device by the unique information and the key information to the second transducer to generate the first key information.
  15. 15.根据权利要求13所述的转换器, 其中,所述识别装置进一步存储验证信息,以及其中,所述控制单元使用从所述识别装置中读取的所述多个光学信息记录介质的所述唯一信息生成所述验证信息,并且比较所生成的验证信息与从所述识别装置中读取的所述验证信息。 15. The converter according to claim 13, wherein said identifying means further stores authentication information, and wherein the control unit using the plurality of the optical information recording medium is read from the identification means said unique information to generate the authentication information, and comparing the generated authentication information read from the identification of the apparatus authentication information.
  16. 16.根据权利要求13所述的转换器, 其中,由所有所述光学信息记录介质所共有的共用信息进一步被存储在所述多个光学信息记录介质内, 其中,所述识别装置进一步存储由所述多个光学信息记录介质所共有的所述共用信息,以及其中,所述控制单元比较从所述光学信息记录介质中读取的所述共用信息与从所述识别装置中读取的共用信息。 16. The converter according to claim 13, wherein, shared by all the optical information recording medium is further within the common information of said plurality of optical information recording medium, wherein said storage means further stores identification the common to the plurality of optical information recording medium according to the common information, and wherein the control unit compares the information read from the optical recording medium is read from the common identification information common means information.
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